History of L.A. to Anaheim Roads

September 2, 2015

El Camino Real bell

As you drive the same streets everyday, you know your local streets by name, and where they go to. But did you ever wonder how the streets in your local area came to be the way they are?

The author, Shaun Strahm did, in his local area of Fullerton California. He wanted to know 1) where all the streets came from, and 2) where the “real” El Camino Real went. That is what this blog is about.

CONTENTS

Introduction

Coverage Area

Coverage Area

The History of the Land
Native People Period
Spanish Period 1697-1821
Mission San Gabriel Arcángel
Spanish Ranchos
Mexican Period 1821-1846
Red Hill
Rancho Los Coyotes
Rancho Santa Gertrudes
Rancho San Juan Cajón de Santa Ana
Rancho Santiago de Santa Ana
Rancho Paso de Bartolo
Rancho Cañada de La Habra
Rancho San Joaquin
Rancho Los Alamitos
Other Mexican Ranchos
American Period 1846-on
Newport Boulevard
1889 Finley Map of Orange County
Anaheim
Anaheim Transportation

The Oldest Maps
Kirkman 1860 Map of L.A. County

One Mile Square Grid
1870 Stearn’s Ranchos Map
Garden Grove Boulevard
1873 Stearn’s Ranchos Map
The Horse-Drawn Wagon Roads
Railroads Revolutionize Transportation

1915 Auto Club Map
(coverage area added)

The Oldest Maps Combined
Myron’s 1860 All-In-One Topographic Map 
Old Roads on the Map
El Camino Real (viejo)
El Camino Real (nuevo)
El Camino Real (nuevo abajo)
Spanish Period Roads
Other Early Roads
Stage Routes

 

Introduction

There are several different possible routes through the coverage area, north Orange County and southeast Los Angeles County, for the early mission road. There are also many places that claim to be on the El Camino Real. Since the early 1900’s the romance of the Spanish missions and trails have been used to attract visitors to places or customers to products. There are many historic maps that approximate the route. At right is one, that uses the nearest automobile road of the day, to make a glamorous automobile tour. In general, the actual trail never went due north or due west. It was always at some angle, generally northwest.  

In order to understand the places names on early maps, much other information had to be gathered, especially names of places and land owners, families, and dates. Old adobe home sites are called by different names on different maps, depending on who owned them at the time. The early Spanish maps were distorted because they did not use observation balloons, instead they paced off distances and measured angles. So several historic maps had to be combined to reduce omissions or distortions. 

 

 

Here is the history of the Los Angeles to Anaheim area, relating to the layout of the land. 

History of the Land

The Tongva people were here first.

The Tongva people lived in reed huts.

Native People Period

Southern California is believed to have been inhabited by semi-nomadic hunters since 8000 BC. Three thousand years later in 5000 BC, seed and shellfish gatherers lived among large game hunters in this region. By 800 AD, the people of this region had developed a diversified hunting and gathering economy with extensive trade networks, social and political structures, and religious institutions. The descendants of these people are believed to have been those whom the Spaniards of the 1500s encountered and would later name the Gabrielino—derived from Mission San Gabriel—in the late 1700s. See below, the 1860 Map of Los Angeles County that shows dozens of Indian settlements/campsites. Many Indian settlement names became modern city or place names, like Cahuenga, Cucamonga, Topanga, Temescal, Tujunga.

 

Actual Camino Real in Baja

Actual Camino Real in Baja

Spanish Period 1697-1821

Starting in the 1500’s, Spanish ships sailed along the coast of the South and North America, looking for harbors and a short cut back to Europe. From their ships, they made maps and named all of the coastal places after religious figures. Most of the San and Santa place names were established in the 1600’s, as Spain was planning it’s colonization of the Americas.

The first Europeans to walk on California land was the Portola Expedition in 1769, led by Gaspar de Portolá, to look for the best routes and places for missions and settlements. They charted and named the rivers, mountains, and places along the way. The first European settlements in Orange County and southern Los Angeles County were Mission San Gabriel in 1771, Mission San Juan Capistrano in 1776, El Pueblo de Los Angeles in 1781, Rancho Los Nietos in 1795, Santa Ana Viejo (Olive) in 1812, and the Diego Sepúlveda Estancia in 1823.

 

Old Mission San Gabriel site

Old Mission San Gabriel site in Montebello

Mission San Gabriel Arcángel

From Wikipedia: Mission San Gabriel was founded on September 8, 1771 by Father Junipero Serra. The planned site for the Mission was along the banks of the Río de los Temblores (the River of the Earthquakes—the Santa Ana River). The priests chose an alternate site on a fertile plain located directly alongside the Rio Hondo in the Whittier Narrows. The site of the Misión Vieja (or “Old Mission”) is located near the intersection of San Gabriel Boulevard and Lincoln Avenue in Montebello, California (known to the natives as Shevaanga). In 1776, a flash flood destroyed much of the crops and ruined the Mission complex, which was subsequently relocated five miles closer to the mountains in present-day San Gabriel (the native settlement of ‘Iisanchanga). The Mission is the base from which the pueblo that became the city of Los Angeles was sent.

Legend has it that the founding expedition was confronted by a large group of native Tongva peoples whose intention was to drive the strangers away. One of the padres laid a painting of “Our Lady of Sorrows” on the ground for all to see, whereupon the natives, designated by the settlers as the Gabrieliños, immediately made peace with the missionaries, because they were so moved by the painting’s beauty. Today the 300-year-old work hangs in the Mission’s sanctuary.

 

Spanish Ranchos

1834 Diseño de los parages llamados

1834 Diseño de los parages llamados (design of the places called) Santa Gertrudes, Coyotes, Bolsas, Alamitos y Sierritos

In 1802, Spanish governor José Joaquín de Arrillaga gave to Juan Pablo Grijalva, a Spanish soldier who was with the De Anza expedition, permission to use the 63,414-acre land known as Rancho Santiago de Santa Ana. Upon Grijalva’s death in 1806, the land passed to his son-in-law, Jose Antonio Yorba and his grandson, Juan Pablo Peralta.

In 1784, Spanish governor Pedro Fages gave to Manuel Nieto, a former sergeant in the Spanish army, and a member of the Portola expedition in 1769, permission to use all of the 167,000 acres of land known as Rancho Los Nietos, between the Santa Ana River and the San Gabriel River, and from present day Whittier to the Pacific Ocean. Neito built an adobe home in 1795 near the Indian village of Sejat, on the San Jose Creek. Upon Manual Neito’s death in 1804, the land passed onto his wife and four children. The flood of 1867-68 destroyed the original home.  

The Nieto family operated the cattle ranch until 1834, when Mexican Governer Jose Figueroa officially declared the Rancho Los Nietos land under Mexican rule and ordered its partition into six smaller ranchos. The partitioning of Rancho Los Neitos was done as follows:
Los Alamitos (little poplars), 28,612 acres, to (son) Juan Jose Nieto
Las Bolsas (pockets), 33,460 acres, to Catarina Ruiz (widow of (son) Jose Antonio Nieto)
Los Cerritos (little hills), 27,054 acres, to (daughter) Maria Manuela Nieto de Cota and her husband Guillermo Cota
Los Coyotes (coyotes), 48,806 acres, to (son) Juan Jose Nieto
Santa Gertrudes, 21,298 acres, to Josefa Cota (widow of (son) Antonio Maria Nieto)
Palos Altos (tall woods), not illustrated, unknown acres, to (son) Juan Jose Nieto

 

1823 Carta esferica de Alta California

1823 Carta esferica de Alta California

Mexican Period 1821-1846

The first ranchos of Los Angeles and Orange Counties are on the 1823 Carta at right, Berdugo, Bernardino, Flores, Gutierrez, Nieto, Yorba, as well as the missions and pueblos. 

There were not many maps made in the Spanish and Mexican periods. The Spanish land surveyors used natural landmarks like rivers, trees, rocky outcrops, or distant mountain peaks as corner points for their property lines. One prominent rocky outcrop is Red Hill, in what is now Tustin. It is the corner of Rancho Santiago de Santa Ana, Rancho San Joaquin, and Rancho Lomas de Santiago. A nearby plaque at 11911 Red Hill Ave commemorates the landmark. 

Red Hill 

Red Hill was identified on Spanish maps as Serrita de las Ranas (translation: Hill of the Frogs). The original route for El Camino Real ran close to the hill. The landmark peak was used by the Spanish and Mexican explorers traveling up and down the coast. The nearby frogs thrived because of a swampy bog that connected the hill and the back bay in Newport Beach. The bog disappeared with the development of the city of Tustin. The red color results from the mineral cinnabar (mercuric sulfide, HgS, the major source of mercury). Mercury was mined there up into the 1930s. The mines are closed off and the appearance of the hill is preserved as a California historical landmark.

 

Coyote ranch house

Rancho Los Coyotes headquarters in 1900

Rancho Los Coyotes

In 1840, Juan Jose Nieto sold Rancho Los Coyotes to Juan Bautista Leandry, an Italian immigrant who settled in California in 1827, and was married to Maria Francisca Uribe. They built an adobe house on the hill, in what is now Buena Park, near the south end of Lockhaven Drive. Leandry died in 1842, and his widow, Maria Francisca Uribe, married Francisco O’Campo. Uribe renamed the ranch “La Buena Esperanza” (the good hope) but it was still generally known as Los Coyotes. Rancho Los Coyotes would later become the cities of Buena Park, Cerritos, Cypress, La Mirada, and Stanton

 

Rancho Santa Gertrudes

Rancho Santa Gertrudes was a 21,298-acre 1834 Mexican land grant, resulting from a partition of Rancho Los Nietos. It included the former Tongva site known as Nacaugna.  

From Wikipedia: At the request of Manuel Nieto heirs, governor José Figueroa in 1834, officially declared the 167,000-acre Rancho Los Nietos grant under Mexican rule and ordered its partition into five smaller ranchos: Las Bolsas, Los Alamitos, Los Cerritos, Los Coyotes, and Santa Gertrudes. Josefa Cota (widow of Antonio Maria Nieto, son of Manuel Nieto) received the Rancho Santa Gertrudes grant. Lemuel Carpenter (1808–1859), who had married Maria de Los Angeles Dominguez, a niece of Josefa Cota, bought the rancho in 1843 from Josefa Cota, his aunt by marriage.

With the cession of California to the United States following the Mexican-American War, the 1848 Treaty of Guadalupe Hidalgo provided that the land grants would be honored. As required by the Land Act of 1851, a claim for part of Rancho Santa Gertrudes was filed Lemuel Carpenter in 1852. Carpenter, who was deeply in debt to John G. Downey, killed himself in 1859. In 1859 the rancho was sold at a sheriff’s auction to John G. Downey and James P. McFarland. 17,602 acres of the grant was patented to McFarland and Downey in 1870. A claim for part of Rancho Santa Gertrudes was filed by Thomas Sanchez Colima with the Public Land Commission in 1852, and 3,696 acres of the grant was patented to Thomas Sanchez Colima in 1877. Rancho Santa Gertrudes would later become the present-day cities of Downey and Santa Fe Springs.

 

1852 Diseño del parage llamado (design of the place called) Coyotes Viejos y Rincon de Santa Ana

1852 Diseño del parage llamado (design of the place called) Coyotes Viejos y Rincon de Santa Ana

Rancho San Juan Cajón de Santa Ana

East of Rancho Los Coyotes was 35,971 acres of land, granted to Juan Pacifico Ontiveros in 1837, by Mexican Governor Juan B. Alvarado. Ontiveros built an adobe house in 1841, in what is now Placentia, on Crowther Ave and Porter Way. In 1853, Ontiveros sold 21,527 acres to Abel Stearns. In 1855, Ontiveros bought a rancho in present-day northern Santa Barbara County, then built an adobe house and lived there until his death.

In 1857, Ontiveros sold 1,160 acres that would become Anaheim, to George Hansen who was working for 50 German-American families from the San Francisco area. In 1863, Juan Pacifico Ontiveros gave his sons Juan Nicolas Ontiveros and Patricio Ontiveros 3,900 acres of Rancho San Juan Cajón de Santa Ana. At this time, they were both married. Juan Nicolas and Patricio did not keep their share very long, and in 1864, both deeded their share to their brother-in-law, Augustus Langenberger (married Pietra Ontiveros).

In 1865, Daniel Kraemer started the influx of settlers to Placentia in 1865, when he purchased 3,900 acres. Rancho San Juan Cahon de Santa Ana would later become the cities of Anaheim, Brea, Fullerton, and Placentia

 

 

Rancho Santiago de Santa Ana

Old Santa Ana Historical Lamdmark

Old Santa Ana
Historical Lamdmark

Juan Pablo Grijalva, a Spanish soldier who traveled to Alta California with the De Anza expedition, was the original petitioner for the 63,414-acre land that became known as the “Rancho Santiago de Santa Ana”, formerly “Rancho Lomas de Santiago”. He died in 1806 before the grant was approved and in 1810 the land went to his son-in-law, Jose Antonio Yorba and his grandson, Juan Pablo Peralta

Juan Pablo Grijalva built an adobe, in about 1801, one of the first in Orange County, at what is now 1087 N Santiago Blvd in Orange. A few years later and a mile north of there, where the Santa Ana River bends around the Peralta Hills, Juan Pablo Peralta and Jose Antonio Yorba built small adobe homes. Those early adobes were ruins by 1860. A plaque commemorates the site, that was first called “Santa Ana” but later “Old Santa Ana” after the city of Santa Ana was formed in 1869 several miles south. It is also the place where the original Camino Real crossed the Santa Ana River. Jose Antonio Yorba built an elaborate adobe hacienda, El Refugio (the Refuge), located near present-day First and Sullivan Streets in Santa Ana.

After the Mexican Cession of California to the United States, grant was patented to Bernardo, Teodoro and Ramón Yorba in 1853 by Mexican governer Jose Figueroa. Bernardo Yorba built his famous “Hacienda de San Antonio” on the north bank of the Santa Ana River, at what is now Esperanza Rd and Echo Hill Ln in Yorba Linda. The spacious two-story adobe had living quarters, guest rooms, and space for craftsmen, laborers and servants. Ramon Peralta built an adobe at what is now 6398 E Santa Ana Canyon Rd, That is the only adobe in the Santa Ana Canyon still standing today. It has a small museum featuring artifacts excavated at the site, and timeline mural, and other exhibits. In 1854, the Yorba family sold Rancho Santiago de Santa Ana to José Antonio Andrés Sepúlveda. Sepúlveda later lost the land due to bankruptcy caused by fighting to uphold his land claims in court. In 1869, William Spurgeon and Ward Bradford purchased 74.27 acres of the ranch to form the city of Santa Ana. Santa Ana became the county seat of government when Orange County was formed in 1889. Rancho Santiago de Santa Ana would later become Santa Ana. Orange, Villa Park, Anaheim Hills, El Modena, Tustin, Costa Mesa, and a part of Irvine.

 

1853 Pio Pico adobe in 1910

1853 Pio Pico adobe in 1910

Rancho Paso de Bartolo

From Wikipedia: Rancho Paso de Bartolo was given in 1835 by Governor Jose Figueroa to Juan Crispin Perez. The name refers to a San Gabriel River ford called Paso de Bartolo Viejo (Old Bartolo’s Crossing). 

Initially property of the San Gabriel Mission, the Rancho Paso de Bartolo land became a part of the original 300,000-acre Rancho Los Nietos grant. After an appeal by the mission padres, Rancho Los Nietos was later reduced to 167,000-acre, and Rancho Paso de Bartolo was once again a possession of the mission. Following secularization of the missions, Rancho Paso de Bartolo was granted in 1835 to Juan Crispin Perez, a manager at the mission.

In 1843, Bernardo Guirado, a worker at the mission, acquired 876 acres of Paso de Bartolo from Perez. Later, Joaquina Ana Sepulveda, widow of Juan de Jesus Poyorena, acquired another 208 acres. In 1847, Juan Crispin Perez died leaving the rancho to his family. After the Mexican-American war, former Governor Pío Pico began purchasing pieces of the estate from the heirs of Perez, and by 1852, he acquired 8,991 acres of the rancho. The land grant was patented with 876 acres to Bernardo Guirado in 1867, 208 acres to Joaquína Sepulveda in 1881, and 8,991 acres to Pio Pico and Juan C. Perez in 1881.

Pío Pico built a home in 1853. The home was damaged by the flooding of 1867, which set the San Gabriel River to its present course, and was nearly destroyed in 1882 by flooding. The structure was completely redone into its current form, adding American-style elements into the traditional Califorino design. In 1892, Pio Pico was evicted from the property by Bernard Cohn, an American lawyer. When taking what he thought was a loan from Cohn in 1883, Pico, who could not read or write English, had conveyed the deed for the property, and courts ruled with Cohn. Pico died a pauper two years later at his daughter’s home. Rancho Paso de Bartolo would later become the cities of Montebello, Whittier, and Pico Rivera.

 

Rancho Cañada de La Habra

From WikipediaRancho La Habra (also called “Rancho Cañada de La Habra”) was a 6,698-acre Mexican land grant given in 1839 by Governor Juan Alvarado to Mariano Reyes Roldan. The name refers to the “Pass Through the Hills”, the natural pass to the north between the Chino Hills and Puente Hills into the San Gabriel Valley, first discovered by Spanish explorers in 1769. The La Habra grant was shaped like a wedge pointed south.

California’s Mexican Governor Juan B. Alvarado awarded the land grant of 1.5 square leagues to Mariano Reyes Roldan, a 40-year-old ayuntamiento (municipal council member) of Los Angeles. Roldan named it Rancho Canada de le Habra. Roldan sold the rancho to Andrés Pico. As required by the Land Act of 1851, a claim for Rancho Paso de Bartolo was filed with the Public Land Commision in 1852. The grant was patented to Andrés Pico and Francisco de Uribe de Campo in 1872. Abel Stearns purchased the land in 1861, however, after the drought in 1863, and forced to sell. Most of the new purchasers were Basque sheep growers. Domingo Bastanchury and Jose Sansinena were partners until 1889, when Sansinena acquired a 5,000-acre sheep ranch that included most of La Habra and La Habra Heights. Jose Sansinena died in 1896.  Rancho La Habra would later become the cities of La Habra and La Habra Heights.

 

Rancho San Joaquin

1841 Sitio de San Joaquin

1841 Sitio (site) de San Joaquin (later Irvine Ranch)

This interesting color map of Rancho San Joaquin (before it was Irvine Ranch) shows approximately where El Camino Real went through Irvine. The map is tilted so that north is the upper left. The Camino Real crosses the southeast lindero (boundary) on the right. The lindero goes southwest into Cañon de Lagos (Canyon of Lakes, later called Laguna Canyon), to the playa (beach). The southwestern half of the rancho is the golden colored Lomarios de la Costa (Hills of the Coast, later called San Joaquin Hills). Along the top of the map are the Sierra de Santa Ana (Santa Ana Mountains), which form the northeast boundary. Shown are the aguajes (springs), and the mojoneros (corner points). Prominent on the lower left is the Boca de San Joaquin (later called Newport Bay). There are three successive lagoons illustrated, heading inland, which are lower and upper Newport Bay. The original casa is shown near where the University of California Irvine is now. At the left the Camino Real passes la Cienega de las Ranas (marsh of frogs) which is shaded blue. The royal road has to veer east to avoid the frog bog. That is why the El Camino Real (nuevo) does not go straight through Irvine to Santa Ana. During the wet season the marsh would extend from Upper Newport Bay almost all the way to Red Hill. 

Rancho San Joaquin became Irvine, Tustin, Santa Ana Heights, Newport Beach, Corona del Mar, Laguna Beach 

 

Populus Fremontii sapling in wash

Populus Fremontii sapling in wash

Rancho Los Alamitos

This southern fragment of Rancho Los Neitos was granted to Juan Jose Nieto, son of Manuel Nieto. Where the Los Angeles River, San Gabriel River, the Rio Hondo and Coyote Creek all empty into the San Pedro Bay, are areas that flooded each year. The native Fremont cottonwood trees, also known as Alamo cottonwoods, would sprout each year in the riverbeds and grow to a few feet tall. Then the seasonal winter rains would flood the riverbeds and wash everything away. So the wide riverbeds with many small Alamo trees were given the name Los Alamitos.

Fremont Cottonwoods (Populus Fremontii) are native and very common in Southwestern USA riparian settings, where there is water below ground. In winter the leaves turn yellow, in stark contrast to surrounding golden brown or pale green trees and brush. From a distance, in winter, you can tell where water is at. Follow the ribbons of yellow to where the most Alamo cottonwoods are, then hope for an above-ground spring.    

There is a rich history spanning all the periods. Read more at http://www.rancholosalamitos.com/

Rancho Los Alamitos became Los Alamitos, Seal Beach, and Long Beach

Freemont Cottonwood trees along Los Angeles River

Fremont Cottonwood trees in fall/winter along the Los Angeles River

 

 

 

 

 

 

 

 

 

 

 

Other Ranchos of Orange County and southern L.A. County:

orange Rancho Lomas de Santiago became Irvine and some of the Cleveland National Forest

green Rancho Trabuco became Mission Viejo and Rancho Santa Margarita

grey Rancho Niguel became south Laguna Beach, Laguna Niguel, Aliso Viejo

grey Rancho Cañada de los Alisos became Lake Forest

pink Rancho Mission Viejo (never had a mission but was near one) became Ladera Ranch

orange Rancho Boca de la Playa became north San Clemente

orange Rancho Las Bolsas became Huntington Beach, Garden Grove, Westminster, Fountain Valley

yellow Rancho Cañon de Santa Ana (St. Anne Canyon) became Yorba Linda

grey Rancho La Bolsa Chica became Huntington Beach

Too many to go into details.

 

1889 (The First) Map of Orange County

1889 (The First) Map of Orange County
Before this it was southern Los Angeles County.

1846-on American Period

Newport Boulevard

Rancho Santiago de Santa Ana is the largest and longest rancho, shaded green on the map, that extends all of the way across the county. It’s southeast boundary, with Rancho San Joaquin and Rancho Lomas de Santiago, would later become the most important line in Orange County. The line runs perpendicular to the coastline from Newport Bay to Red Hill, and then on to a certain spot on the Santa Ana River. All of the streets in central Orange County are parallel or perpendicular to that Red Hill-to-Newport Bay boundary line. Newport Blvd is parallel to the line and about a mile north. Northwest of Newport Blvd the streets are not tilted (except Anaheim) and the cites of Anaheim, Santa Ana, Tustin, Orange were developed in the 1800’s. Southeast of Newport Blvd the streets are tilted, and the land was not developed until the 1900’s. Read how Mr. James Irvine did not want his land farmed or developed. Visit Irvine Historical Society at http://irvineranchhistory.com/, or the Irvine Historical Museum at 5 San Joaquin, or the Irvine Historical Park and Library at 13042 Old Myford Rd.

 

Anaheim

The 1857 settlement of Anaheim was situated twenty-seven miles southeast from Los Angeles on the crossroads of wagon trails between San Pedro, San Bernardino, and Salt Lake City, and on the stage road between Los Angeles and San Diego. The boundaries were:

“Commencing at a point on said rancho where there is a stake, and which stake is 9 chains and 50 links south, 70 1/2 degrees west of the western comer of a small garden belonging to said Ontiveros, and which is situate about 3 1/4 miles westerly of the house now occupied by said Ontiveros, and running thence . . . from said point north 15 1/2 degrees west 42 chains, thence south 74 1/2 degrees west 116 chains and 50 links, thence south 15 1/2 degrees east 100 chains, thence north 74 1/2 degrees east 116 chains and 50 links, thence north 15 1/2 degrees west 58 chains to the place of beginning, and containing in all 1165 acres of land …”

The location and angle of Anaheim was chosen to make the main wagon trail from Los Angeles to San Diego go through the center of town. The location also allowed a down-sloping irrigation channel to bring water from the Santa Ana River. The nearly square boundary was originally a living fence made from thick rows of willow, with a gate on each side, to keep the cattle out. The paths around the fences eventually became the North St, South St, East St, West St of early Anaheim. There is a plaque marking the “San Pedro Gate” on the west side, that stages and horse-drawn wagons moved to and from the Port of San Pedro, or the closer Anaheim Landing in Seal Beach. Anaheim vinyardists hauled their wine several miles to the landing for shipment to San Francisco.

Here is a excerpt from “The German Settlement at Anaheim” by Dorothea Jean Paule.

Stagecoach fording a river

Stagecoach fording a river in the late 1800’s.

Anaheim Transportation

To transport products of Anaheim to market was a major problem. Roads in the early days were little more than wagon trails and did not allow for rapid transportation. Rivers had to be forded for lack of bridges, and there was constant danger from bandits. There was a stage carrying mail and express which passed through the colony every Tuesday from San Francisco and Los Angeles to San Diego, returning through on Saturday. There was also passenger and express service to and from San Pedro, thirty-five miles distant, on the arrival and departure of the steamer from San Francisco. This service, however, was far from adequate for shipment of viticultural produce to the main Pacific Coast port, San Francisco. Ocean travel was the only expedient means of transportation from the southern coast to the metropolis of the north. It was essential that Anaheim have a seaport, not only as a point of embarkation for products being sent to market, but also as a receiving point for goods and materials needed for the course of living in the colony.
It was very shortly after the first residents arrived at their Anaheim homes that search for a near seaport began. In the January 4, 1860, edition of the Daily Alta California, complaint was registered in a letter from an Anaheim resident of having to trade at San Pedro. “Some of our citizens are going down soon to the beach – only ten miles distant – to see whether we cannot have a port of our own. ” At one time in the quest for a port closer than San Pedro, a site fifteen miles east of the colony was examined. This location was sixty miles from San Bernardino, twenty miles from San Juan Capistrano, and thirty-five miles from El Monte. There was an estuary here of one-half mile which entered into the land for a distance of eight or ten miles. A sand spit half a mile wide ran parallel with the shore at this point. Water inside the spit and in the estuary was about twenty feet deep. A chart was made of this location and displayed in the store of J. P. Zeyn and Co. in Anaheim, and it was agreed that the Superintendent of Coast Survey should be asked to have the place examined. It was rumored that silver mines were discovered between Anaheim and San Juan Capistrano, and an agent of a company of miners who wanted to send machinery for crushing and amalgamating auriferous quartz in Bear Valley in San Bernardino County also examined this prospective port to see whether machinery could be landed there.
The Los Angeles Star on February 23, 1861, mentioned that a project for a landing on the coast about twenty miles from Anaheim was temporarily given up, but not abandoned, “as the trade to the tin mines, San Bernardino, etc. may yet render it necessary.” It is possible that this is the same location as that stated above as fifteen miles from the settlement.
A site for Anaheim’s port was ultimately selected in October, 1864, on the ocean twelve miles south of the town. The Anaheim Lighter Company was formed in the early sixties by citizens of the community for the purpose of financing this port. Each member of the company was assessed to build a and from the steamers which called at the port, one end of the cable being fastened at the warehouse and the other anchored near where the steamer would stop. Eight or ten men pulled the cable. Depth at the port was seven feet in the slough at low tide. A hard, level road was built across the twelve miles to the Landing. At last a shipping point for wine, corn, wool, and other products not only from Anaheim but also from the neighboring country was established. Freight was landed at this port for points as far distant as Salt Lake City, being taken by wagon team to San Bernardino and by pack mules from there to Salt Lake City. A record from the year 1872 shows that thirty or forty teams were making the trip daily from the Landing to Anaheim, and one day’s report mentioned seventy teams. Usually two coast steamers stopped at the Landing each week. Anaheim Landing served Los Angeles, San Bernardino, and Arizona, as well as Anaheim, for many years, but never achieved a major seaport name for itself. The Lighter Company was terminated with the coming of the railroads to Anaheim.

The Southern Pacific Railway came to Anaheim with a branch in January, 1875, its terminus there for nearly two years before it extended to Santa Ana. The community had wanted a railroad for many years, so when the Southern Pacific constructed this branch, there was great rejoicing. The editor of the Anaheim Gazette in relating the advent of the railroad wrote: … there is assured a paradise of wealth and refinement in Southern California. All praise to God, who, after years of frowning, smiled upon our land with an exceedingly gracious smile. Santa Fe built its road into Anaheim in 1887, and as a result of its depot being some distance out of town, the boom hotel, Hotel del Campo, was built and a streetcar company organized with a track down Center Street connecting the stations of the two railroads.
Just as Anaheim needed a port, it needed an irrigation system, for without irrigation there could not have been an agricultural colony at Anaheim. The colony site near the Santa Ana River was selected because of proximity of water. Procurement of water from the Santa Ana was of vital importance in the early days and continued to be important for many years in the life of Anaheim, until the population of the Santa Ana Valley became greater than the river could adequately supply.

 


El Camino Real bellThe Oldest Maps of Los Angeles 

Kirkman 1860 Map of Los Angeles County

This is one of the best historical maps of Los Angeles County, compiled by George W. Kirkman in 1937. Towns in parentheses were not founded until after 1870.

  • Portola’s first exploring route is shown as a thick red dashed line with flags at each campsite.
  • El Camino Real (official Spanish roads) are shown as double red stripe.
  • Mission roads (created before 1851) are shown as double green stripe.
  • Old roads (from ancient, up to 1890) are shown as a thin double black stripe.
  • Historic battle fields, Indian villages, gold mines are also shown.
  • Look up your neighborhood to see what it once was, if anything besides empty land.

 

1860 Map of Los Angeles County
Layer 1: Earliest “layer” of Indian campsites or settlements, from before 1769.
Some Indian names lasted, like Azusa, Cucamonga, Malibu, Temescal, Topanga.
Other names did not, like Abahagna, Gaucha, Pubugna, Pasinogna, Tequisquite.
Layer 2: Over that in red is the route traveled by the Portola Expedition in 1769.
Little red flags mark the places they camped as they walked north from San Diego.
Many inland places were named that year, usually after royal or religious figures.
Layer 3: Over that are the 1770-1830 missions and connecting roads (caminos).
The Camino Real turned north in Tustin, and crossed the Santa Ana River in Olive.
Then it went northwest through Whittier. There a branch went north to San Gabriel.
Layer 4: Over that are 1830-1870 towns, stagecoach routes and wagon roads.
Anaheim-San Pedro road ran southwest to Anaheim Landing and Port of San Pedro.
Anaheim-Los Angeles road became Harbor Blvd, merging with Camino Real.

 

 

Stearn’s Ranchos Maps

Abel Stearns was born in Massachusetts in 1798, and moved to Los Angeles in 1829. He bought his first rancho, Los Alamitos, from Juan Jose Nieto in 1842. He bought more ranch land from Nieto in 1853. By the 1860’s, Abel Stearns owned much of the land in the Los Angeles basin. Besides being a cattle rancher, businessman, and land developer, Stearns was also a talented amateur surveyor and map maker. His maps were made independently, and so include certain things that other maps do not. Stearns chose to include or omit things on the map, ultimately to sell parcels of land. Having accurate, complete maps would help sell the parcels. Also helping to increase the lands value was creating a one square mile grid of access roads, orientated north and south, east and west. The property boundaries (grid lines on the map) were dirt access roads that later became the major streets of north Orange County. Some of them are still called “road”, such as Ball Rd.

One Mile Square Grid: If you are familiar with northern Orange County, California then you know how easy it is to navigate and estimate distances with the square grid of major streets spaced one mile, and minor streets spaced 1/2 mile apart. You can thank Mr. Stearns for that.   

 

 

1870 Stearns Ranchos Map of Los Angeles

1870 Stearn’s Ranchos Map with modern streets overlay

 

 

First Standard South

First Standard South is 2 miles north of Red Hill (Cerrita de las Ranas), a rancho corner point.

Garden Grove Blvd: Garden Grove Blvd is on a major survey line called First Standard South, which is exactly 24 miles south of the San Bernardino base line. Somehow the survey teams north and south of the line did not know or care that they disagreed with each other. The squares north of Garden Grove Blvd do not line up with those to the south. As a result, all of the north-south streets had to end, turn left, and resume a block over, at Garden Grove Blvd. Since the 1950’s most of those have been made to gently curve left where they cross, so that a non stop flow can occur, on a green light. A few have been made to curve way to the right. Other than that, everyone loves the square grid street system. Learn about ranges, townships, sections and the U.S. Rectangular Survey System here http://www.landprints.com/LpRectangularSurveySystem.htm

 

 

 

1873 Map of Stearns Ranchos

1873 Stearn’s Ranchos Map

 

The Horse-Drawn Wagon Roads: Whether you had a pony, a horse, a mule, an ox, a donkey, a burro, a horse drawn carriage or wagon, or a team of horses or mules pulling a carriage or wagon (the bus or big rig of the day), you took bumpy dirt roads and had to cross rivers and streams. Crossing places were chosen with hard flat bottoms. It took three days to go from Los Angeles to San Diego by stage, with two overnight stops. So going 40 miles then, averaging 5 mph, was an 8 hour trip. That was like driving 400 miles today at a 50 mph average, time-wise, but felt worse because of all the bumps. If it had rained recently then the streams would be too deep to cross. So you would not be able to go certain places, until the streams and rivers returned to normal. Only some river crossings had bridges, on well used major roads. 

 

 

Olive in about 1880

View of Olive in about 1880. Olive is the oldest non-native community in Orange County besides San Juan Capistrano.
The view is east, looking down what is now Lincoln Ave on the right, with Orange-Olive Rd crossing to the left.
In 1780 this was a junction on the El Camino Real that 100 years later became this bustling American community.

 

 

1912 Los Angeles Railway Map portion

1912 Los Angeles Railway Map portion

 

Railroads revolutionize transportation: What a difference those perfectly flat straight and smooth steel rails make, compared with hard packed dirt, or sometimes mud or sand. Railroads came to Los Angeles in the late 1860’s. First was the north-south straight line from Los Angeles to San Pedro. More to follow about railroads and stagecoach routes…

 

 

 

 

 


The Oldest Maps Combined into One

This is the result: Detailed and precise early roads, combined with modern roads, on one map. 

 

1896 LA to Anaheim combined topo

1896 LA to Anaheim combined topo

 

The Oldest Roads in the Area:

Portolá Routes (green dot dashed red line) The Portolá Expedition made two journeys in 1769 and 1770, looking for places for missions and settlements. Along the way they charted the land and named all of the places they saw. The routes hugged the hills and often crossed into and over the hills. The Kirkman 1860 Map above shows the Portola routes 1 and 2, and the campsites with the dates they stayed at. Most of the El Camino Real followed the Portola Routes, but not where it crossed over hills.

One can only imagine what Gaspar de Portolá, Father Crespi, and soldiers Manuel Nieto, José Antonio Yorba, Juan José Domínguez and the others were thinking as they walked. Was it easier to cross streams where the ground is sloping? Yes. Were there less swamps and marshes where the ground is sloping? Yes. Could you see distant landmarks better when on higher ground? Yes. Were you more likely to find natural resources such as edible plants and animals, minerals, wood, or even gold? Yes, if you were lucky. 

 

El Camino Real (viejo) (purple dot dashed red line) The original 1771 camino real viejo (old royal road) stayed close to the hills. From Mission San Juan Capistrano it went first north following San Juan Creek, past Rancho Mission Viejo, Rancho Trabuco, Rancho Niguel, and then turned northwest through Rancho Cañada de los Alisos, and through Rancho San Joaquin (later Irvine Ranch) to just before Tustin. 

From there the ECR turns north to get around the marsh called “Cienega de las Ranas” and passes close to Red Hill. It becomes Foothill Blvd, then Old Foothill Blvd, followed by Hewes Av, passing close to El Modena (now Panorama Heights), Hewes St, through Orange, across Santiago Creek, through Villa Park, along Santiago Blvd to Olive. The “Old Santa Ana Site”, at present day Orange-Olive Rd and Lincoln Ave, is where the Yorbas and the Peraltas built their adobe homes, creating the first settlement after the founding of Mission San Juan Capistrano in 1776. The original Camino Real passed by there, and crossed the Santa Ana River at the community of Olive. It says that on the “Old Santa Ana” site marker there, shown above. Visit “Olive through the Ages” at http://dragoon1st.tripod.com/olive/menu.html.

Santa Ana River historic crossing point near Olive

Santa Ana River crossing

The 1770’s crossing point and route through Placentia is only estimated, with a dashed red line. The evidence for that is the “Old Santa Ana” site marker inscription, the 1855 Anaheim Site Map and 1852 Diseño of Rancho San Juan Cajon de Santa Ana, all shown above, and the graphic on the right. They show the El Camino Real (viejo) through Placentia, but not accurately. The alternate crossing point farther east upstream must have been used in the early 1800’s, because there was no trace of the 1700’s crossing and road on the earliest 1896 USGS Topographic Map. The bedrock mouth of the Santa Ana canyon held the river steady there, but further down it was free to change directions, and did after large floods. That could explain how the original river crossing place and trail segment became unused, erased and forgotten.  

After crossing the Santa Ana River (originally called “Rio de los Temblores” river of earthquakes), the ECR went north through Placentia, through Rancho San Juan Cajón de Santa Ana, turning westward at Palm Dr, then skipping over Fullerton Creek to form part of Imperial Hwy, in Brea. A short piece of east-west running Lambert Rd is on the trail. Then it angles northwest through the La Habra valley, and becomes the eastern end of Whittier Blvd.  This route follows the hills, but does not hug them, like the exploratory route taken by Portola. Later years would see the camino nuevo coming north up Harbor Blvd, to rejoin with the camino viejo in La Habra. Northwest through Rancho La Habra it passed by 201 E La Habra Blvd, the birthplace of La Habra. A historic marker there says “The first post office, officially naming this settlement “La Habra,” was granted in 1896 and was established in a corner of Coys Store, located on this site. El Camino Viejo, the old road between the missions, passed this corner, which became a central trading point in the fertile La Habra Valley.” Further on northwest, the trail would come to be known as Whittier Blvd, through Whittier and Pico Rivera.

After crossing the San Gabriel River (which changed course in places after floods), the ECR continues still in a northwest direction, following Whittier Blvd all the way into East Los Angeles. There Telegraph Rd used to meet Whittier Blvd. Before that it was the junction of El Camino Real (abajo) and El Camino Real (viejo). Skipping over to Boyle Heights, the trail approached  “El Pueblo de Nuestra Señora la Reina de los Ángeles” (the Town of Our Lady the Queen of the Angels), along what is now Ceser E Chavez Ave. From Los Angeles the El Camino Real continued northwest along Sunset Blvd, through Hollywood and the Cahuenga Pass, along the 101 Hollywood Freeway towards Mission San Fernando.

    

El Camino Real bellEl Camino Real (nuevo) (white dot dashed red line) Sometime, perhaps around 1775, el camino real nuevo (the new royal road) came into use. It did not stay close to the hills, like the camino viejo. In Tustin it split off from the camino viejo, and headed north-west, instead of north.  It passed through what later would become Santa Ana. El Camino (nuevo) Real crossed about 4 miles downstream of El Camino Real (viejo), and then turned almost north, to pass through what later would become the centers of Anaheim and Fullerton. The new Santa Ana River crossing point allowed a straighter path from Tustin to Los Angeles that was about 3/4 the distance. It soon replaced the camino viejo.

The official El Camino Real route, in Wikipedia, is  I-5 to Anaheim, Anaheim Blvd, Harbor Blvd, Whittier Blvd to Los Angeles. South of La Habra and north of Tustin, the official “El Camino Real” is not the original camino (viejo). The official “El Camino Real” is the camino (nuevo), there. In La Habra the camino nuevo merges with the camino viejo. So north of there they are the same, and the official ECR is el camino real viejo, the old royal road.

 

 El Camino Real (nuevo abajo) (yellow dot dashed red line) Sometime, perhaps around 1780, el camino real nuevo abajo (the lower new royal road) came into use. South of Anaheim, el camino nuevo abajo splits to the northwest, from the northbound camino nuevo. This path follows a more straight line to Los Angeles, by crossing the San Gabriel River at a lower point, and just missing the southwest corner of the Coyote Hills in Buena Park. It follows the I-5 from Anaheim northwest, up to Gilbert St, then splits more north, passing under the 5-91 interchange and through Buena Park High School just north of Magnolia and Orangethorpe. Part of Dale Ave is the camino nuevo abajo, where it curves, for no reason, at the west end of the Fullerton Airport. Parts of Malvern Ave, La Mirada Blvd, and Rosecrans Ave were the trail. Further north through Santa Fe Springs, Meyer Rd and then the northern part of Telegraph Rd were the camino real (nuevo abajo).

 

Evidence of El Camino Real (nuevo abajo) through Buena Park and La Mirada

Evidence of El Camino Real (nuevo abajo) through Buena Park and La Mirada
1. 1870 Stearns Ranchos Map of Los Angeles – uniquely provides old trails, in detail 
2. Modern Map – La Mirada Blvd and Malvern Ave are the old trail on the 1870 map
3. (maps 1 & 2) Combined 1870 Stearns Ranchos map with illustrated modern roads
4. 1896 USGS Topographic Map – provides accurate terrain and scale for a base map
5. 1860 Kirkman Map – provides El Camino Real versions and trails, but not accurate
6. (3, 4, 5) Combined Historic and Modern All-In-One – map 4, with 3 & 5 illustrated

 

The above mosaic of six small maps of the La Mirada – Buena Park area shows the process that was used throughout the large map. By comparing landmarks, maps are correlated in scale and in position. Once the known landmarks agree, then historic items can be be illustrated onto a modern map, or modern items can be drawn on a historic map. It’s like having clear sheets or layers, over a base map. Peeling back the clear sheets is literally turning the pages of history. 

 

The camino real nuevo abajo crosses the floodplain of the San Gabriel River at Telegraph Rd, about 3 miles south of where the camino viejo crosses at Whittier Blvd. So the northern part of Telegraph Rd is older than the telegraph. Further on northwest it passes through Pico Rivera, Commerce, then East Los Angeles, where the camino abajo rejoins the camino viejo at Whittier Blvd near Gage Ave in East Los Angeles.       

 

More historic routes to follow…

 


Frequently Asked Questions

August 22, 2015

Do you have any 6 volt ignition coils?

No. A 6 volt coil is for a 6 volt battery ignition. The only vehicles that I know of, that have 6 volt ignition coils are vintage ones from before the 1970’s and 80’s. 1980’s and later cars and big motorcycles all have 12 volt ignition coils. Big motorcycles, like cars have “battery ignitions” where the ignition power source is a battery. Small motorcycles and mopeds have “magneto ignitions” where the ignition power source is a generator. The ignition coils for small motorcycles and mopeds do not say any voltage.

Do you have a rebuild kit for my engine?

You cannot accurately guess what it needs. You will need to get a tech person to:
1. Get the engine unfroze
    feel if it has compression, if not then

2. Disassemble and diagnose what is bad

the least might be just piston rings, which I have

    if the crankshaft and cylinder are bad, then it is not worth fixing
I do not have a engine for sale. Generally, you need to find another whole bike to get that. You hopefully won’t need an engine, but you do not know yet. There is not any engine/transmission that I know of that would fit, although people do occasionally put an engine from a different bike. That requires engineering skills and some luck. For any given moped or motorcycle, the engine costs almost as much as a whole bike.

Do you have the original ignition coil for my moped?

Chances are that if you did find the original ignition coil, and put it on, it would still have the same problem. That coil does not have to be the original one. Any ignition transformer coil for a magneto points ignition (not a 6V or 12V battery ignition coil), would function, if the rest of the ignition was good. Read about ignition troubleshooting online and on my website. Get help from a technical person if necessary. Here are the most likely causes of weak or intermittent spark:

Is there an external ignition ground that goes outside to power the brake light, that must be grounded to get spark?

Is there continuity through the points, when they are closed? Or are they “dirty”?

Is the condenser bad, causing heavy sparks to jump across the points?

Do the points even open enough, or is the points cam rusty, and the points wiper worn so there is no gap?

Has the flywheel been put in the wrong position, so that the spark is at the wrong time, and/or weak?

Has anything been changed, like a different flywheel?

These are the likely things, in order of most likely first.


Other Controls

July 14, 2014

Contents:

Tomos 1991-2007  1. H.R.

Italian Controls     2. Ci.Te.    3. OSL    4. P.V.    5. TS 

Spanish Controls  6. Derbi 

Generic Controls 7. Mini-bike

 


hr

1. H.R. Controls

Below are the 1990’s Tomos controls, made by Hidria Rotomatika (HR). They contain HR-made integral switches, sold separately in Switches. HR controls are similar to ’80’s Domino black, but most of the parts do not interchange with Domino.

HR controls are on 1992 to early-2008 Tomos, specifically 1992-93 A35 Bullet, A35 Bullet TT, A35 Golden Bullet, A35 Golden Bullet TT, 1992-95 Colibri 1993 to early-08 Sprint, 1994-01 Targa, Targa LX, 1998-99 TT Classic, 2002-04 Tomos Tomos, Tomos LX, 2005 to early-08 ST, LX. They are also on Volocci electric mopeds.

   part#  price    description
026561 $0.70 wedge bolt M6 x 16 allen
027222 $2.00 pivot bolt
030040 $1.00 nut for pivot bolt M6-flange
222617 $4.00 cone that digs into handle bar, use 223713
223700 $95.0 R assembly brake/throttle no grip
223701 $55.0 L assembly brake no grip
223702 $39.0 L housing brake only
223703 $40.0 R housing brake/throttle
223704 $24.0 lever L HR 92-07 Tomos black, they say TOMOS molded-in
223704 $18.0 lever L HR 92-07 Tomos black, replica, says TOMOS
223705 $26.0 lever R HR 92-07 Tomos black, plastic levers with round bumps
223705 $18.0 lever R HR 92-07 Tomos black, replica, with round bumps
223706 $20.0 throttle twist tube 92-08 Tomos
223707  N/A    sliding block (not D1 or D1L) see mopedjunkyard.com
223707  N/A    sliding block see also substitute pinch bolt  
223708 $2.50 screw that holds throttle twist tube
223708 $2.50 pinch bolt for sliding block
223709 $13.0 throttle helper spring
223710  none  brake helper spring Left
223711  none  L grip black vinyl octagon with raised dome bumps
223712 $18.0 R grip black vinyl with dome bumps, used, last one
223713 $4.00 cone that digs into handle bar
227169 $4.50 brake cable holdfast/socket bolt  longer than other kinds
227996  none  brake helper spring right     these break often but they still work good
229556 $5.00 adjuster slotted M6   there are also $2 ones not knurled not slotted
M5adj   $2.00 adjuster M5 for throttle & choke

 


2. Ci.Te. Controls

Ci.Te. is an Italian moped lever used on 1960’s and early 1970’s Italian mopeds. They are similar to 1970’s Domino levers. You can see that in the side-by-side comparisons below. Domino blades have the D9 special stepped tube 6mm ID, that snaps into the 8mm pivot hole, to spread out the load over a large area. Ci.Te. levers are more primitive in that the blades rub on the pivot bolt in just two places, and so the pivot bolt gets cut by the sharp edge of the folded sheet metal.  Domino levers also have assist springs, but Ci.Te. levers do not. Ci.Te. controls have no facility for mounting brake light switches. Ci.Te. lever blades do not have balls on the end. These last two things are required on USA mopeds. So therefore Ci.Te. levers are rare in the USA. Out of almost 1000 moped levers, new and used, mostly Magura and Domino, there was only one Ci.Te. lever blade. That is how rare they are in Southern California 1970’s -1990’s 20 moped shops leftover parts inventories plus 100’s of local mopeds turned into parts.

Ci.Te. levers on 1968 Lambretta Lambretino

Ci.Te. controls on 1968 Lambretta Lambretino

Ci.Te. right lever assy on 1970's Zanetti

Ci.Te. on ’65 Zanetti

 

 

 

 

Ci.Te. Levers 1 Ci.Te. Levers 2
Ci.Te. left and right controls. Right control with no lever $80

 

Ci.Te. and Domino left lever assys Ci.Te. and Domino left lever assy 2 Ci.Te. and Domino left lever assy 3 Ci.Te. and Domino chrome brake levers
Ci.Te. and Domino left control comparison.
Both use M6-1.0 adjusters. Ci.Te. has 6mm brake cable hole. Domino has 8mm.

 


Ci.Te. and PV right control comparison.
Both have 9.5 x 7.1 x 10mm sliders. Ci.Te. has a thinner twist tube channel.

 


PV (left) and Ci. Te. (right) sliders.
Middle is a modified PV slider that fits Ci.Te. Price $20
Above is the cutting tool with the same diameter as the throttle twist tube.

 

 

 

 


3. OSL Controls

O.S.L. levers are heavy duty and high quality Italian controls, used on some mid to late 1980’s US model mopeds including Safari, Benvenuti, and Cosmo (Colt). They look like Domino, except for the kink in the middle of the lever. Myrons does not have any OSL controls or levers for sale. They were (almost) never on any mopeds sold in California. Out of a thousand moped levers at MM, this is the only OSL sample.

OSL left lever assy

OSL left lever assy

OSL left lever assy top side

OSL left lever assy top

OSL left lever assy bottom

OSL lever bottom

OSL left lever assy showing brake light switch plate inside lever

shows brake switch plate inside lever

 

 

 

 

 

 

 


4. P.V. Controls

P.V. is an Italian moped lever, used on Benelli, Guzzi, Intramotor Gloria, Testi, Rizzato and other Italian mopeds. None of the parts interchange with Domino. The lever blades are all black plastic, as are the throttle twist tubes. The housings are cast aluminum. The housings break easily when the bike falls over. Instead of a pivot bolt they have a press-in 6mm roll pin.

P.V. Levers

 

 

 

 

 

 

 

 

 #  Guzzi part#  price   description
0
0  4860.3390  $0.00  R control assembly with grip
00  4860.3290? $0.00  L control assembly with grip
00  4862.3290? $0.00  L control assembly no grip
0
1  0000.0000  $6.00  sliding block (different from Domino)
01  0000.0000  $0.00
  width 9.5, height 7.1-7.8, length 10.0
02  0000.0000  $4.00  clamp tube ∅5.1 ∅9.0 x 7
03  0000.0000  $3.00  pinch screw substitute D2
04  0000.0000  $3.00  twist tube screw subst. D3
05  4860.5690  $22.0  R brake lever ∅8 hole
06  4860.5790  $22.0  L brake lever ∅8 hole hole
07  0000.0000  n.a. 0  pivot roll pin ∅5 x 14
07  0000.0000  $1.50  substitute screw w/lock nut M5x20
08  0000.0000  $1.50  clamp screw M5 x 22 slot
09  0000.0000  $7.00  throttle tube
10  0000.0000  n.a. 0  R housing
11  0000.0000  $35.0  L housing 
12  0000.0000  $7.00  start  anchor pin ∅7
13  0000.0000  $4.00  brake anchor pin ∅8
14  4860.5590  $34.0  start lever ∅7 hole
15  4860.3590  $0.00  R grip ribbed short
16  4860.3090  $0.00  L grip ribbed short

 

 


5. TS Controls

TS vintage Italian controls are uncommon. They appear to be Domino compatible.

TS throttle control

 

 


6. Derbi Controls

Derbi brake levers $21 each

Pre-1987 Derbi mopeds had their own brake levers, made by Derbi, and throttles and grips made by Ideale. From 1987-90 they had Domino Italian made controls.

Brake Levers

The brake lever mounts were welded to the handlebar. So there is no changing controls without changing handlebars or grinding off the original lever perches/housings. Changing handlebars is difficult because the original Derbi handlebars also do not interchange with the rest of the world, because they have special mounts welded onto them.

Pre-1980 had black plastic brake levers, and post-1980 had black metal ones. The aftermarket metal brake levers, made by Vmotoparts, replace both the 70’s plastic and the 80’s metal levers.

 

Decompression Lever

The original black plastic 1976-1986 Derbi Rabasa decomp levers are scarce or not available. However there is a pretty good substitute available. A late 1980’s Domino choke lever, like on the later 86-89 Derbi Variant Sport, can be modified to fit an earlier Derbi.

Derbi decomp levers top

Derbi decomp levers top:
1, Domino choke original
2. Substitute for Derbi    
3. Derbi decomp original

Derbi decomp levers bottom

Decomp levers bottom:
Domino choke mods –
widen pivot hole to 6mm
round off upper “corners”

Derbi substitute decomp lever

Substitute lever #2

Derbi substitute decomp lever pulled in

Substitute lever pulled in

 

 

 

 

 

 

 

 

The substitute Derbi decomp lever can be ordered for $12 plus $5 for the modification.

Compared to a universal small clamp-on lever, the benefits of the Domino choke modified lever are:

1. No need to modify the original cable. (With a BMX bicycle lever, the sleeve stop hole is wider. The cable must be cut to insert a wider stop piece. But then the inner wire must be replaced to get the length lost by cutting back, and then a small 5 x 8mm pinch bolt soldered on properly. More difficult.)

2. No need to grind off the welded-on mount. No interference with the lights/horn switch.

3. Goes in the original position, looks proper. The word “choke” wipes off with carb spray solvent.

 

 

 

 

 


7. Universal Controls

These are the universal throttles and levers:

1. Magura throttle

2. Generic throttle control with grips

3. Generic brake levers

 

 

 

 

 

 

 

 

1.  $20.0 #26-mag  Magura universal throttle, no grips, uses a P5 pinch bolt cable end 5.5 x 8 mm
1.  $20.0 #26-mag  fits an installed throttle cable with 28 mm upper exposed length, as shown
2.  $15.0 #26-0321 generic throttle w/hard plastic grips, uses a P5 pinch bolt cable end 5.5 x 8 mm
3.  $18.0  #12106   pair of generic bicycle brake levers, uses a bicycle type ∅7 cable end

 

 

 

 


Magura Controls

July 14, 2014

updated 2020-05

Contents:  1. 70’s – 80’s Magura Parts
Contents:  2. Magura Moped Controls
Contents:  3. Service Information

 

Magura 1975 logo

 

German flag

 

 

 

 

Magura was founded in 1893 by inventor Gustav Magenwirth as a manufacturer of gasoline motors, hydraulic press pumps and water pressure devices. Since 1923 in Bad Urach, Germany, they have produced handlebars and handlebar controls for mopeds and motorcycles. They are an industry leader, and still produce handlebar controls for all major makes. Since the 1970s, the company has also made many products for the bicycle industry. The name Magura is from Magenwirth and Urach. The logo is from a rotary rack developed in 1930.

Magura levers late and early

Left 80’s, right 70’s

Wrap-around and Slide-type: There are two main types, wrap around where the throttle cable wire wraps around and attaches to the twist tube, and slide type where the throttle cable attaches to a block that slides in a spiral slot in the twist tube.

70’s and 80’s: It is a subtle difference, but side by side you can see there are two different folded aluminum original Magura levers. The 1980’s “late” right lever, on the left, is longer and straighter than the 1970’s “early” left lever, on the right. When they are not side by side, it is really hard to notice. 

 

 


1970’s -80’s Magura Parts

Price colors: dark green is good-used, green is new, N/A is not available
Abbreviations:  TBCH is threaded brake cable hole,  TBLSH is threaded brake light switch hole, AC is auto choke

Right assemblies with item #s and links to photos
R1    N/A    2b 3x 4 6 7 9 10s 13a 15a 70’s silver use R3
R1b  N/A    2b 3x 4 6 7 9 10s 13b 15a 70’s black use R3b
R1n $55.0 2b 0x 0 6 7 9 10s 13n nox 70’s silver, no twist tube, no BLSTH
R2   $85.0 2b 3a 4 6 7 9 10s 13c nox 70’s silver, AC (74-79 Tomos)
R2b  N/A    2b 3a 4 6 7 9 10s 13d nox 70’s black, AC (78-79 Tomos) use R4R
R3   $74.0 2c 0x 4 6 7 9 10s 13e no   80’s silver
R3   $53.0 2c 0x 0 6 7 9 10s 13e no   80’s silver, minus twist tube
R3b $79.0 2c 0x 4 6 7 9 10s 13f15z  80’s black
R3b $52.0 2c 0x 0 6 7 9 10s 13fno   80’s black, minus twist tube
R3r$67.0 2r0x 4 6 7 9 10s 13r  no   all black Agis replica
R4    N/A    2c 3a 4 6 7 9 10s 13g nox 80’s silver, AC (80-85 Tomos) use R4R
R4b  N/A    2c 3a 4 6 7 9 10s 13h nox 80’s black, AC (84-85 Tomos) use R4R
R4r$75.0 2r3a 4 6 7 9 10s 13snox all black Agis replica, AC auto-choke
R5p  N/A    2b 3x 4 6 7 9 10a 13p 15a 70’s silver TBCH (Peugeot)
R5q  N/A    2c 3x 4 6 7 9 10a 13q 15a 80’s silver TBCH (Peugeot)
R6b$55.0 2b 0 4b 6 7 9 10s 13u nox 70’s black open-type wrap-around
R7    $65.0 2c 22-25 6 7 9 10s 21x no  80’s black slide-type (Puch Maxi Luxe)
R7c  N/A    2e 22-25 6 7 9 10s 21x no  80s blk slide-type cast lever (Magnum)

 

Left assemblies with item #s and links to photos
L1   $42.0 1b 6 7 8 10s 12a 14 16 17 18 70’s silver
L1b $45.0 1b 6 7 8 10s 12b 14 16 17 18 70’s black
L2   $38.0 1b 6 7 8 10s 12c 14 00 00 00 70’s silver brake only (74-79 Tomos)
L2b $40.0 1b 6 7 8 10s 12d no 00 00 00 70’s black brake only (78-79 Tomos)
L3   $47.0 1c 6 7 8 10s 12e 14 16 17 18 80’s silver
L3b $40.0 1c 6 7 8 10s 12f 14 16 17 18 80’s black
L4   $39.0 1b 6 7 8 10s 12g 14 00 00 00 80’s silv brake only (80-85 Tomos)
L4b $39.0 1b 6 7 8 10s 12h 14 00 00 00 80’s blk brake only (84-85 Tomos)
L4p $32.0 1p 6 7 8 10s 12g 14 00 00 00 80’s park-brake only (Tomos trike)
L4r$29.0 1r  6 7 8 10s 12r  no 00 00 00 all black Agis replica TBCH only
L5p  N/A    1b 6 7 8 10a 12p 14 16 17 18 70’s silver TBCH (76-79 Peugeot)
L5q  N/A    1c 6 7 8 10a 12q 14 16 17 18 80’s silver TBCH (80-83 Peugeot)
L6    N/A    1c 6 7 8 10s 12fno 16 17 18 80’s black (78-84 Puch Maxi Luxe)
L6e $40.0 1e  6 7 8 10s 12b no 16 17 18 70’s black (78-79 Puch Magnum)
L6c $48.0 1e  6 7 8 10s 12fno 16 17 18 80’s black (80-84 Puch Magnum)
L8   $24.0 no 0 0 0 10s 12z 14 16 17 18 start only (Sachs 505 foot brake)

 

All of these levers interchange and are 12mm wide at the pivot.
Original levers have a 6 mm top hole and a 5 mm bottom hole.
Some bottoms are the same as tops, others have a cable slot.
Flipping (using a right lever on the left side or visa versa):
Right and left interchange when flipped (bottom becomes top).
If the lever is flipped the pivot bolt must also be flipped, unless
the 5 hole is drilled to 6 and the 6/5 pivot bolt changed to 6/6.

1 Left levers:
1a  $38.0 L lever folded alum. Magura no ball
1ar
$12.0 L lever folded steel  generic no ball
1ar $00.0 needs 6/6 pivot bolt to work well

1b   N/A    L lever folded alum. Magura short
1bs $20.0 substitute: lever 2b upside down
1bs $00.0 for bolt 6a installed upside down
1bd $28.0 substitute: 2bd upside down + 6e
1bd $00.0 for bolt 6a installed right side up

1c   $29.0 L lever folded alum. Magura long
1cr $24.0 L lever folded alum. generic long
1d   N/A    L lever folded alum. Magura black
1dr  N/A    L lever folded alum. generic black

1e  $36.0 L lever cast aluminum Magura
1er  N/A    L lever cast aluminum TCCD
1g  $25.0 L lever folded aluminum Agis black
1gd $14.0 2g drilled to 6/6 (both holes 6mm)
1gd $00.0 needs 6/6 pivot bolt to work well

1p  $26.0 L lever folded al. with parking brake
1p   $00.0 mostly for three-wheel mopeds

2 Right levers:
2a  $34.0 R lever folded alum. Magura no ball
2ar $12.0 R lever folded steel  generic no ball

2b  $20.0 R lever folded alum. Magura short
2bu $15.0 2b good used or straightened
2bd $22.0 2b drilled to both holes 6 mm
2c   $20.0 R lever folded alum. Magura long
2cr  N/A    R lever folded alum. generic long
2d  $32.0 R lever folded alum. Magura black
2dr  N/A    R lever folded alum. generic black

2e  $25.0 R lever cast aluminum Magura
2er  N/A    R lever cast aluminum TCCD
2g   $12.0 R lever folded aluminum Agis black
2gd $14.0 2g drilled to 6/6 (both holes 6mm)
2gd $00.0 needs 6/6 pivot bolt to work well

S Lever sets R and L: with item #s
Sg   $26.0 lever set black 2gd 1gd 6b 6b 7d 7d
Sgb $30.0 lever set black 2gd 1gd 6c 6c 7c 7c
Sb   $44.0 lever set short  2b  1bd re-use bolts
Sbb $38.0 lever set short  2b   2b  flip left bolt

3 Lower right levers:
3x none  right thumb lever original, locks-in off bar
3a $26.0 choke trigger and spring for early Tomos A3
3b none  right thumb lever replacement, locks-in off bar

 

4 Twist tubes: with grip length
 $32.0 twist tube 100 mm original white (cable loads from front)
4b $27.0 twist tube 100 mm original black (cable loads from front)
4c none
 twist tube 115 mm original black (cable loads from front)
4g
none  twist tube 100 mm #4 with ribbed grip #15 original

4r$25.0 twist tube 100 mm Agis black (cable loads from back)

For best performance, this should fit and be smooth
where the lever rubs at.

The 8b spring goes inside the hollow lever, so it fits either side.

 

 

 

 

 

 

 

5 to 11 Hardware
5    $1.50     friction plate to make throttle stick (leave off)
6a  $2-$1   pivot bolt 6/5 orig slot dome M5 x 20 smooth ∅6  x  8.5
6b  $1.20   pivot bolt 6/6  allen short    M6 x 20 smooth ∅6  x  2.0
6c  $3.00   pivot bolt 6/6  black phillips M5 x 25 smooth ∅6 x 11.5
6d  $6.00   pivot bolt 6/6  6a with 6e    M5 x 20 smooth ∅6 x 11.5
6e  $4.50   adapter sleeve changes 6a to 6d  ∅5 smooth ∅6  x  3.0
6f   $0.70   pivot bolt 6/6  allen head     M6 x 20 not smooth
6g  $0.80   pivot bolt 6/6  phillips head M6 x 20 not smooth
7a  $0.70   pivot nut M5 plastic-lock original light gray
7b  $0.70   pivot nut M5 plastic-lock original black
7c  $0.55   pivot nut M5 metal nylock
7d  $0.65   pivot nut M6 metal nylock
7e  $1.00   pivot nut M5 metal nylock black
8    $6.50   left return spring
8b  $2.00   return spring R or L (not for solid cast levers)
  $2.00   right return spring
10s $2.00   clamp screw M6x16 slot dome head
10a $0.70   clamp screw M6x16 allen head (Peugeot)
11   $4.00   socket bolt  aka cable anchor/adapter

 

12 Left housings: with brake switch hole, unless noted
12a $15.0 left housing 70’s silver
12b $15.0 left housing 70’s black
12c $15.0 left housing 70’s silver no start lever (74-79 Tomos)
12d $17.0 left housing 70’s black no start lever (78-79 Tomos)
12e $22.0 left housing 80’s silver with mirror hole
12f$22.0 left housing 80’s black with mirror hole

12g $15.0 left housing 80’s silver no start lever (80-84 Tomos)
12h $15.0 left housing 80’s black no start lever (84-85 Tomos)
12n $10.0 left housing 70’s silver no brake light switch hole
12p $30.0 left housing 70’s silver with TBCH (76-79 Peugeot)
12q  N/A    left housing 80’s silver with TBCH (80-83 Peugeot)

1974-85 Tomos auto-choke 
Thumb button activates choke by
allowing grip to twist in reverse.

13, 21 Right housings: with brake switch hole, unless noted
13a none  right housing 70’s silver
13c $44.0 right housing used 70’s silver with choke slot (74-79 Tomos)
13e none  right housing 80’s silver
13f$39.0 right housing 80’s black
13g $39.0 right housing used 80’s silver with choke slot (80-85 Tomos)
13h $39.0 right housing used 80’s black with choke slot
13n $35.0 right housing 70’s or 80’s silver no TBLSH (Euro version)
13p $39.0 right housing 70’s silver with TBCH (76-79 Peugeot)
13q $42.0 right housing used 80’s silver with TBCH (80-83 Peugeot)
21   $25.0 right housing black screw-slide-type  (some 78-83 Puch)
21b $34.0 right housing used black slotted-slide-type (some 84-86 Puch)

 

14, 15 Grips:
14   $3.00 left  grip  100 mm black ribbed original
14b $11.0 left  grip  100 mm black waffle used
14c $6.00 left  grip  115 mm black block original
15   $18.0 right grip 100 mm black ribbed original
15b $14.0 right grip 100 mm black waffle used
15c $9.00 right grip 115 mm black block original
20   $11.0 grip set 105 mm #14, 15 ribbed replica
20c $12.0 grip set 115 mm 14c, 15c block original

16 Left lower levers:
16  $14.0 start lever new black plastic with screw
16b $32.0 start lever aluminum long w/screw (Puch 2-spd)
17  $1.50 pinch screw 4mm
18  $3.00 pivot pin
18b $1.00 pivot pin substitute screw M4x20

 

Magura slider: left is worn, right is new

19-25 Other things:
19
 $10.0 clamp-on metal lever substitute for trigger #3
22  $3.00 roll pin for twist tube 2.15 x 26 for 2.0 hole
23  $3.00 screw for sliding block (some 78-83 Puch)
24  $26.0 sliding block screw type (some 78-83 Puch)
24b  N/A    sliding block late no screw (all 84-86 Puch)
25  $28.0 twist tube Puch slide-type plastic

 

 

 

Magura Moped Controls 


Sears Allstate throttle control

Sears Allstate right control

Sears Allstate left control

Sears Allstate left control

Magura “Open Wrap Around” silver controls are used on 1950’s and 1960’s Puch, Tomos, Sears Allstate, and many others. Some are cast aluminum levers, and some are folded sheet aluminum.

Most of these did not have threaded holes for brake light switches.

Ball-end levers began in the 1970’s, for safety.  

 

 


Magura late open wrap around right control

Magura late open wrap around right control

Magura black left

Left black housing,
both start cable and
brake cable holes are
plain with bottoms

Magura “Open Wrap Around” black controls were on 1980’s Euro models, but not on US models.

Like the other Magura wrap around throttle controls, the twist tube has a groove that locks onto a tab in the housing. The two are locked together first, then slid onto the handlebar. Once on the handlebar they cannot become separated.

These have a plain hole with bottom, for the brake cable. Most do not have a hole for the a brake light switch.

 

 

 


Peugeot or Not Peugeot: There are two ways to stop the brake cables. The Peugeot way is to have 6mm threaded bottomless holes in the housings with 6mm adjusters stopping the cables. The non-Peugeot way is to have the housings stop the cables (or the inline Magura-type adjuster) with a slotted recess (hole with a bottom) instead of threads. You can convert to Peugeot style by drilling and tapping to M6-1.0 thread. But there is almost no adjustment range (because most of the hole is already too big, 7mm).

Magura wrap around throttle illustration

Magura right control
(with choke trigger)
plain with bottom
for no adjuster or
Magura type adjuster

Magura wrap around throttle threaded brake hole

Magura right control
(with choke trigger)
threaded M6-1.0 for
brake cable adjuster

Magura left housing versions

Brake cable hole versions:
L, threaded bottomless hole (Peugeot)
R, plain hole with bottom (non-Peugeot)

 

 

 

 

 

 

 

 

 

 

 


Magura wrap around silver housing

Magura right housing
with brake switch hole,
brake cable hole is plain with bottom

Magura left control Tomos 213706

Magura left control for
Tomos (no start lever),
no brake switch hole,
brake cable hole is
plain with bottom

Magura “Wrap Around” silver controls are used on 1970’s Batavus, Colombia, Flandria, Foxi, Flying Dutchman, Hercules, JC Penney, Kreidler, KTM, Kynast, Murray, Odyssey, Puch, Sachs, Sears, Sparta, 74-85 Tomos, and others. These US models all had threaded holes for brake light switches. Most Euro and Canada models did not have brake light switch holes. 

The brake cable holes on both sides have two versions, M6 threaded bottomless (Peugeot style), or 7mm plain hole with bottom (non-Peugeot style). 

These controls on US models all had ball-end levers except for Sears Free Spirit.

 

 


Magura-clone right control

Magura-clone right control

Magura-clone left control

Magura-clone left control
no start lever (Tomos type)

Magura-clone “Wrap Around” black controls are used on 1979-85 Tomos Silver Bullet. They are made in Yugoslavia to be Magura-compatible. 

Black Magura Levers

Magura-clone levers

The brake cable holes are 7mm plain with bottoms. 

 

 

 

 


Magura late silver left control

Magura late left control

Magura late silver right control

Magura late right control
shown with no grip

 

Magura “Late Wrap Around” silver controls are used on 1980’s Colombia, Hercules, Murray, Puch, Sachs, 79-83 Trac, and others. The housings are thicker and less rounded. The left has a mirror hole. US models had threaded holes for brake light switches. But most Euro and Canada models did not have brake light switch holes. In these photos you cannot tell if there are brake switch holes or not.

The brake cable holes on both sides have two versions, M6 threaded bottomless (Peugeot style), or 7mm plain hole with bottom (non-Peugeot style). 

 

 


Magura late black right control

Magura late right control

Magura late black left control

Magura late left control

Magura late black Tomos right control

Magura late right control
Tomos A3 choke button

Magura “Late Wrap Around” black controls are used on 80-83 Puch Maxi, 80-85 Sachs (Hercules) and others.

The brake cable holes are 7mm plain with bottoms. 

 

 

 

 


Puch-Magura “Sliding Block” black, used on 78-86 Puch deluxe models. 

Most of these are the early, common kind with a screw on the slider holding holding the cable wire. The cable wire itself has no upper end piece. It  takes a “universal” or “single ended” throttle cable.

Some of these are the late, uncommon kind with no screw on the slider. Instead the cable wire has an upper end piece 3mm “inline barrel” soldered onto it. The cable is specific to that set-up, and is “double ended”.

The brake cable holes are 7mm plain with bottoms.

Puch Magura sliding block controls

Puch Magura sliding block black controls

Magura slide throttle late (no screw on slider) and early (screw on slide)

Left: Slider with a pinch screw for Puch 1978-83
models Maxi Luxe, Newport, Sport, Magnum
(takes a single-ended throttle cable)
Right: Slider with no pinch bolt for Puch 1984-86
all models. Housing has a slot for cable.
(takes a double-ended throttle cable)

xx

 

 

 

 

 

 

 

 

 

 

 

 


Service Information

The tongue and groove lock together, but only when they are off the handlebar.

Magura Wrap-Around Throttle

As mentioned above, the pieces snap together, but only when removed from the handlebar.

Twist tube: The throttle housing has a tongue that goes into a groove in the twist tube. The two pieces are first locked together while off the handlebar, and then slid on as a unit. Then the twist tube is kept from moving sideways. 

Thumb trigger: Not all mopeds have this, but all the wrap-around housings have a provision for it. This is also called a choke lever or a decomp lever. The trigger has half-circle-shaped posts that slide into slots in the throttle housing, but only when off the handlebar, and in the “squeezed past max” position. Once on, the handlebar prevents it from detaching.

Tomos A3 auto choke thumb button: This button, when pushed in, lets the throttle cable go all the way slack for cold starting.  When it is not pushed in, it allows the cable to stay a little taut for normal idling. Idle speed is adjusted by the tightness of the throttle cable, at the handlebar by the Magura type cable adjuster.

Installing a throttle cable on a Magura wrap around type throttle

Installing a throttle cable on a Magura wrap around throttle

 

Installing a throttle cable: With an original Magura twist tube, the cable installs from the outer side, just behind the grip. Turn the grip forward to the closed position. Locate where the cable end is. Peel the flange of the grip there back with your thumb, and hold it there. With the other hand, place the sideways barrel end of the throttle cable into the cavity. Lay the wire over the ridge, and wrap it around the curved guide. When pulled taut it should fall into it’s groove. The throttle should pull the wire and move free.

With a Magura-clone twist tube, the cable installs from the inner side. So the twist tube has to be removed. That means the whole throttle has to be removed from the handlebar. But the cable is more protected.  

 

How to install the throttle cable:

 

 

 

 

 

 

 

 

 

 

 

 


Worn throttle cable groove: The curved cable guide groove can become worn in the middle. It can become so bad that the throttle feels like a hack saw and makes a ripping sound like a zipper. When that happens the cable will soon be cut through and break. The cause of the worn groove is lack of lubrication. Moped cables and controls need oil occasionally.

Worn Magura wrap-around throttle housing

Restoring a worn groove

Restoring a worn groove

 

 

 

 

 

 

 

 

 

The remedy is to re-cut the bottom of the curved guide. The best tool is a masonry hack saw blade. It has the exact width and round shape. The linear saw is moved in a curved motion. The bottom of the channel is visually checked every few strokes, to see what areas need more cutting.

 

 


Installing a Magura brake lever spring.

 

 

Magura throttle brake and choke cable exposed lengths

Tri-Flow lubricant

 

Lubrication: Lube the cables and controls with a drip oil, like 3-in-1 or Tri Flow or any high tech lubricant. Tri Flow is thin so it penetrates in and clings to metal, like WD40. But after awhile when most of the liquid drys up, it leaves behind microscopic Teflon particles embedded in the metal surface.   

Making custom cables: Here are the distances of the exposed cable wires, for Magura wrap-around type moped controls. 

 

 


Myrons Collection of Moped Publications

April 27, 2009

Point to see the title. Click to see the image. Click to enlarge to full size. Click the back arrow to return to menu.

[nggallery id=9]


Encarwi Service

May 4, 2008

Encarwi Carb Service for Tomos A3 1974-83

This very simple, early Tomos carb is designed to be serviced without removal. After 1985, Tomos A3 & A35 models came with Dellorto SHA14/12 carburetors. The Tomos A3 carburetor is in a confined area above the engine and below the sheet metal gas tank/frame. It is difficult to remove.

 Two super usfeul and easy checks:

1) Check the jet. With a large flat head screwdriver or a 9mm wrench, remove the jet holder #2. Remove the jet #2 with a medium-thin flat head screwdriver. Hold the jet up to a light source, such as a sunny white wall. Look through the tiny hole to see if light gets through. If it’s pitch black it’s completely blocked. If it’s not circular then it’s partially blocked, like by a fiber.

2) Check everything else. When the jet holder is removed, and the gas valve is turned on, gasoline should flow out of the gas tank, through the banjo bolt #16 at the float top #12, and then dribble out the hole where the jet holder was. This is a way to quickly test the fuel system, tank, valve, line, filter, and float, all at once.

If gas does not spill out with the jet holder removed, then gas is not getting to the jet. Check if gas comes out of the tank. If gas is getting to the carburetor, but not getting to the jet, then either the inlet banjo #14 or banjo bolt #16 is clogged, or the float top #12 is clogged, or the float #11 is in upside down, or the float is stuck in the up position. Several things can cause this kind of float to stay up and not drop down and let gas come into the float bowl reservoir: being installed upside down (pointy end goes up), rust powder filling up the guide hole at the bottom of the float chamber, the float bulb being pushed too far down the rod, the wrong float, or a dented float chamber wall.

 

Servicing

The jet holder #4 unscrews from the left side. It holds the jet #3, Bing 3.5mm size 46.

To remove an old, hard, shrunken and very stuck on, fuel hose, be careful not to break off the “neck of the banjo”. That means you only pull straight out and rotate, never pull or twist sideways. If that fails, a diagonal pliers aka dikes aka wire cutters, can be used to cut the old fuel line, parallel to the hose, without cutting the banjo underneath. The cut does not need to go all the way through the old fuel hose, but far enough to weaken it.   

To service the float, loosen the clamp screw #20 and rotate the carb so it is tipped to the right. Remove the 11mm hex head banjo bolt. Remove the two slot head screws #18. Lift off the float top. Lift out the float with your fingers. It should lift out freely and not feel stuck.

Float versions, left 70’s bulb, right 90’s solid

 

 

 

Things that cause not enough gas:

Rust powder filling up the guide hole at the bottom of the float chamber. Remedy is twisting a correct size drill bit with your fingers, to pull the powder up and out of the hole. With the jet holder removed and the gas valve turned on, gasoline should flow out of the tank, through the float valve, and spill out the jet holder hole. The amount should be enough to fill the float reservoir in a few seconds, which is roughly a spoonful every 4 seconds.

The bulb being pushed too far down the rod. Remedy is to push it back up. See the above photo with measurements.

Dented float chamber wall. Remedy is to grind or sand down the high spot.

Blocked float reservoir air vent. Gasoline cannot come in unless air can get out. Remedy is to find where it is blocked at, and remove the blockage. The vent follows a channel in the back mounting surface. An empty float reservoir should fill up in a few seconds after the gas valve is turned on. To test for a blocked air vent, first empty the reservoir, then turn the gas valve on for 8 seconds and then off. Then remove the jet holder, allowing gas to dribble out, to see how much gasoline there was in the reservoir.

Blocked gas tank air vent. Gasoline cannot leave the gas tank unless air comes in. So there is a pin hole in the gas cap. When the tank is full, and the vent hole is blocked, the bike will seem to run out of gas. To test for a blocked gas cap vent hole, first fill the gas tank, then close the gas valve, then remove the fuel hose. Place a clean container under it (to check for purity and to put the gas back in the tank). Turn on the gas and observe the flow. It will flow normal at first. But in a few seconds, as negative pressure builds up, the flow will slow down and stop, if the vent is blocked. If the flow continues for 20-30 seconds (or indefinitely) then the gas tank is vented.

Things that cause too much gas:

Worn float needle tip. Remedy is to sharpen it. Examine the tip with a magnifier. Spin the float with a drill while pressing the tip gently against a sheet of emery cloth or very fine sandpaper, at the same angle, and move it slowly around to fresh parts of the sandpaper. The needle rod must be straight first. Examine the tip with a magnifier. There should be, everywhere on the cone tip, circular sanding marks, and no more circular “potholes”.

The needle is bent. Remedy is to straighten it. Normally the bend is just above the top of the bulb. It is done with just fingers and eyes. Rotate to see which way it needs to go. Bend a little. Repeat. 

The bulb being pushed too far up the rod. Remedy is to push it back down. See the above photo with measurements.

Worn float seat hole. The float valve seat is part of the float top. It is the tiny hole at the bottom of the small hole. Examine the hole with a magnifier. It should be perfectly circular and free of nicks and scratches. Polish it with a spinning tooth pick, or the stalk of a Q-tip. 

Float bulb has gasoline inside it. If the float too heavy, it won’t have enough buoyancy to stop the gasoline from getting in. Remedy is to evacuate the fuel with compressed air, locate the leak hole, and apply a minimal amount of fuel tank sealant. 

 

Servicing the M56 engine’s H12 or H8 Carburetor:

One problem unique to this carb is warping of the engine side surface. This is caused by over tightening the two mount bolts, and maybe also because the heat block behind it is semi-soft. The back side must seal not just air, for good idling, but also there is a fuel passage that can leak because of a warped carburetor body. The remedy is to grind the back side flat again, without taking too much off. In the body, there is a narrow fuel hole at the bottom of another hole, that is impossible to see directly. That hole must be checked and cleaned with carb spray and compressed air. 

The float is the same as the other carbs. The float top is the same except it has no air vent pin hole. The idea was to not let gas spill out the vent hole. Instead the vent goes to the mounting gasket, where there is a small opening to the atmosphere, higher up.

 

 

 


Ignition and Magneto Service

April 20, 2008

Welcome to Ignition and Magneto Info for 1970s and 1980s mopeds, USA models with brake lights.

Contents:   1 Magnetos    Magneto-Points Ignitions

Contents:   3. Clip-on Condenser   4. Magneto Wires Chart 

Contents:   5. Hot Wiring     

 


1. Magnetos

Moped magnetos have two parts, a rotating flywheel/rotor, and a stationary stator.

They have two functions, producing the source of ignition spark, and generating power for lights.

Most magnetos worldwide have two functions that are independent and unrelated. The lights function independently of the ignition, and the ignition functions independently of the lights.

The fact that the headlight comes on when the engine is turned over does not mean that the spark is good or bad, because head lights (except Angel/Speed Bird and Motobecane) are separate from ignition.

 

 

The best resource for moped electrical is Moped Army Wiki. www.mopedarmy.com/wiki/Electrical

Tomos A3 Stator

Typical Stator Assembly: At left is an original 1974-1986 Tomos A3 stator, the stationary part of the magneto. Left is the points, right is the condenser, top is the ignition source coil (with two output wires, black and blue), bottom is the lighting source coil, with one output wire, yellow, at top right (not the yellow from condenser to points). The ignition source coil has an external ground (the blue wire), while the lighting coil has an internal ground (the solder joint at lower right).

 

 

 

 

 

 

 

 


2. Magneto-Points Ignitions

 

 

 

Below is another Myrons hand-out sheet explaining internal and external ground ignition circuits.

 


3. Clip-on Condenser

How to tell if the condenser is bad:

This is a very useful troubleshooting technique. A condenser can be added temporarily without removing any parts. At left is a “Clip On Condenser” a valuable tool. When a running bike is having ignition misfires due to a bad condenser, this external condenser will reduce or stop the misfiring or “hiccuping”. It can be any older automobile condenser. It can be located anywhere along the wire that runs from the points, inside the magneto, to the spark coil outside the engine. It only takes a few seconds to “T” the condenser off the coil wire, clip the ground somewhere, and go riding.

 

External condenser diagram

 

 

 

 

 

 

 

 

 


4. Magneto Wires Chart

Myrons Magneto Wires: what the wires do and which are needed to run

Myrons Magneto Wires: what each wire does, and which are needed to run

 

The Magneto Wires Chart above is like a master key that unlocks a lot of different mopeds. Knowing the color and function of the magneto wires allows a moped engine to be “hot-wired” to run without any of the bikes wires.

 


5. Hot Wiring

“Hot wiring” is the same as making an engine run, say on a work bench, completely separate and disconnected from the bike. Certain magneto wires matter, and must go to certain places. Other magneto wires are for lights only. The ignition wire must always go from the magneto (points, condenser, and source coil) to the spark coil, and not also to ground. The ignition ground wire must always go from the magneto (source coil ground) to ground. You can make this happen easiest with alligator clips on the ends of wires, like little jumper cables, called clip leads.

 

To make any moped motor run on a work bench, you need some clip leads, a spark coil, a good spark plug, and the knowledge of what each magneto wire does. For example, on most Puchs, blue is ignition, and blue/black is ignition ground. On a Garelli, black is ignition and blue is ignition ground. On a Derbi, green is ignition and blue is ignition ground. Sometimes the wire colors are faded to grey, dark brown, or black. Then slice some skin off with a sharp knife to expose the true color inside.

 

 

6. Extending a Copper Core Spark Plug Wire