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Older Raleigh Bicycles
Original article: https://www.sheldonbrown.com/raleigh.html on sheldonbrown.com
- Reproduced with the permission of John Allen and Harriet Fell — all rights reserved. The version on sheldonbrown.com is authoritative.
- Mirrored: 2026-10-07 · Last update of the original: see original
Do not write or phone me to ask the age or value of an old Raleigh. All of the information I have on that is on this Web page or sheldonbrown.com/retroraleighs/dating.html
Raleigh 3-Speeds
For many years, in many parts of the world, the Raleigh "Sports" three-speed bicycle was considered the ultimate in human-powered transportation. These bicycles were not toys, and, despite the model name, they were not sporting equipment...they were serious vehicles. The men and women who built them, by and large, also rode them as their primary means of transportation. Most modern bicycles are designed with the primary intent to catch your eye on the sales floor, and persuade you to buy. That is not what a Raleigh Sports was about...these were designed to provide solid, dependable transportation for the British public, at a time when only the upper classes had motorcars. These bikes were built to last 100 years, with reasonable care.
"The All Steel Bicycle"
Contemporary bicycles have many parts made of aluminum (or "aluminium," if you prefer) for lightness, strength and corrosion resistance. Contemporary bicycles with steel rims, or cranks, or handlebars, or brakes are cutting corners and saving a little bit of money, for a low-end bicycle. Modern steel rims, cranks, etc are of low quality, because they are aimed at the cheapest possible price point. From the mid 19th century well into the 20th, the word "steel" was magic in Britain. Britain's rise to an industrial superpower on the crest of the Industrial Revolution was based, as much as anything else, on the steel industry and the new technologies it made possible: steel ships, steel bridges, steel buildings...and steel bicycles. Raleigh originally introduced the slogan "The All Steel Bicycle" to differentiate Raleighs from competitors who used cast iron for some critical parts, a heavier and cruder technology.
The mystique of steel caused the British cycle industry to be slow to adopt newfangled materials such as aluminum, and many British cyclists believed, even well into the 1960's, that steel rims, for instance, were superior to aluminum ones. These days, this seems laughable...but if you look at an older Dunlop steel rim, you'll find a very respectable, well-made product.
The fact that Raleigh 3-speeds are made of steel shouldn't fool you into thinking that these bikes were cheap or inferior in any way...they were not...they were the finest utility bicycles money could buy.
Raleigh 3-speed bicycles were introduced around the turn of the century, and kept improving in technology over the years, reaching a peak in quality probably in the mid-to-late 1950s. They continued to be built in Nottingham until the mid-1970's, when the glamour of the 10-speed fad pushed them out of favor with the rising baby-boom generation.
The Raleigh Factory
When a modern company sets out to build a bicycle, what it really builds is the frame (if that.) It buys sets of tubing from a tubing company, cuts and welds them together into a frame, paints it and installs parts from different specialized parts companies. Actually, many well-known brands don't even do that; they order bicycle frames to be built to their specifications, with their name painted on, and equipped with parts from a variety of vendors. These companies are actually trading companies, even though their image is that of a manufacturer. Raleigh, in its glory years (up into the 1960's) was the absolute opposite. Its enormous Nottingham factory covered 40 acres and employed nearly 7000 workers. A Raleigh bicycle of this era would have a Raleigh frame, made of Raleigh tubing connected with Raleigh lugs, with a Raleigh bottom bracket, Raleigh cranks, Raleigh pedals, Raleigh headset, Raleigh handlebars, Raleigh stem, Raleigh seatpost, Raleigh hubs (Sturmey-Archer was a Raleigh subsidiary) and even Raleigh spokes. All of these parts would have been made in the same factory.
The saddles would be from Brooks, another Raleigh division, and the rims and tyres would be from Dunlop, a company closely related to Raleigh.
This level of integration has never been surpassed in the bicycle industry, though Schwinn came close in the same era.
Dating Your Raleigh 3-speed Bicycle
If your bicycle has a Sturmey-Archer hub (c1903-1990s), it should have on the hub a date of manufacture, which would normally also be the cycle's date of manufacture. In the 1930s, Raleigh only used a single digit, i.e. "6" for "1936." After that, Raleigh started using two-digit date stamps. If you are not sure that the rear wheel on your bike is original, the charts below should help you determine the approximate date of manufacture.
It may also be possible to date your frame by its serial number. Note that the serial number information below is fragmentary and incomplete, and many bikes have proven to be much newer than the serial numbers would suggest.
Equipment Changes Through the Years
(Work in Progress)
The tables below are being compiled by examining bicycles that come in for service, and appear to be in original condition. It is possible that some of the equipment listed is anachronistic, but I believe this information is good. In general, quality reached its peak in the 1950s, and started to go down around the early 1960's, as management kept searching for ways to make the bicycles cheaper.
This table is focussed on the mainline Raleigh/Rudge/Humber "Sports" model. The luxury "Superbe" models were very similar, except for the saddles, the use of a locking front fork, and the inclusion of a Dynohub lighting system. (The Dynohub was also available as an extra-cost option on the Sports.)
Lower end models, such as Dunelt, Phillips, Robin Hood, Triumph etc. usually shared similar technology, though these models tended to have mattress saddles, Endrick rims, no chainguard braze-ons, fender stays bolted (not welded) to the fenders, and anchor-bolt type brake cables.
| Raleigh 3-speed Timeline | ||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 1945 | 1949 | 1950 | 1951 | 1952 | 1953 | 1954 | 1955 | 1956 | 1957 | 1958 | 1959 | 1960 | 1961 | 1962 | 1963 | 1964 | 1965 | 1966 | 1967 | 1968 | 1969 | 1970 | 1971 | 1972 | 1973 | 1974 | 1975 | 1976 | ||
| Brakes | Raleigh steel, with soldered cables | Raleigh steel, with anchor bolts | Self Adjusting | Hex head center bolt. | ||||||||||||||||||||||||||
| Chainguard | Full Chain case | "Hockey stick" chainguard, but frames still have chain case braze-ons. | "Hockey stick" no braze-ons. |
"Hockey stick" chainguard, with braze-ons tabs on down tube and seat tube. | ||||||||||||||||||||||||||
| Fork ends | Squashed & slotted |
Forged, 3-dimensional design to fit round hole in fork blade. | Stamped, to fit domed/slotted fork blade. | |||||||||||||||||||||||||||
| Pedals | Raleigh-made rubber block pedals, completely rebuildable, with replaceable treads. | Oval, no ball bearings | Non-serviceable (Union?) with Raleigh logo, reflectors. | |||||||||||||||||||||||||||
| Pulley | Metal clamp-on | Metal brazed on (gent's models) Metal clamp-on (lady's models) |
Metal clamp-on | Plastic clamp-on | ||||||||||||||||||||||||||
| Rear Hub | Sturmey-Archer AW (optional TCW Tri-coaster brake) | Sturmey-Archer SW | Sturmey-Archer AW (optional TCW or S3C Tri-coaster brake) | |||||||||||||||||||||||||||
| Spoking | 32 front, 40 rear | 36 spokes front and rear | ||||||||||||||||||||||||||||
Brakes
Older Raleigh-made brakes used special cables with moulded ends on both ends of the cables, as shown. These cables are no longer available.
They were supplied in different configurations for front, gent's rear and lady's rear applications. The cable came with the adjusting barrel. To replace the cable assembly, you would unbolt the adjusting barrel from the caliper.
These cables can often be revived by dripping oil into them and working them back and forth.
Later Raleigh-made brakes used standard cables with conventional anchor bolts.
Chainguard Braze-ons
Older models had a braze-on with a tapped hole on the right chainstay, behind the chainwheel, to secure a full chain case. For the U.S. market, the chain case was not fitted after (1953?) to reduce weight, but the braze-on was continued until (?) even though the bikes came with a "hockey-stick" chainguard.
Some later models had simple braze-ons on the seat tube and down tube to secure a "hockey-stick" chainguard.
Fork Ends
Older models had forged front fork ends, which are 3-dimensional, and are round where they fit into the end of the fork blade. These fork ends are countersunk on the outer surface, to accommodate the old-style axle nuts which had a shoulder that fit through the washer. The shoulder provided secondary wheel retention.
Later models had flat, stamped fork ends, fitted into domed and slotted fork blades.
Pedals
Older models had rubber block pedals made in the Raleigh factory in Nottingham. Raleigh was the last bicycle maker to make its own pedals. They were very high quality, and were completely rebuildable. Raleigh used to even offer replacement rubber blocks. They came in two lengths, the longer size coming on gents' bicycles, the shorter on ladys' models.
In the late 1960s, as a cost-cutting move, Raleigh fitted horrible cheap pedals that had no ball bearings. The version used on 3-speeds had an oval rubber platform. Later models had pedals made by other companies, notably Union. Although these often featured the Raleigh logo, they were not the same quality as the Nottingham models.
Pulley
Older gent's models had a brazed-on fitting for a pulley, for the shift cable, on the underside of the seat lug.
Later models had clamp-on pulleys, either metal or plastic, mounted on the seat tube.
Older clamp-on pulleys used a two-piece clamp made of rigid steel. The two halves of the clamp hooked together opposite the clamp bolt. Pulleys (and triggers and fulcrum clamps of this era used special shoulder nuts which had a sleeve that fitted into on end of the clamp, and had a "D" shaped head to prevent the nut from turning as the screw was tightened.
Later pulleys were plastic, and the clamp was a flexible steel band. These generally used a rectangular nut stamped out of sheet steel, a much less elegant (but certainly cheaper) nut.
Latest models did not use pulleys, but ran housing all the way to the right chain stay.
Saddles
Top line Raleighs generally came with Brooks leather saddles. The standard Sports models came with the B-72. Early Sports models, and the deluxe Superbe models, came with the B-66, which is similar, but has two large coil springs at the rear.
Later models came with mattress saddles.
Spoking
Older British bicycles in general used 32 spokes on the front wheel, 40 on the rear. The front would be laced cross 3, the rear, cross 4. This generally permitted the same length spokes to be used on both wheels.
Later bicycles adopted the international standard 36/36 spoking, which made the front wheels heavier than necessary, and the rear wheels less strong than previously.
Tyres / Tires
Raleigh used Dunlop tyres exclusively until [sometime in the late '60s]. Older models came with all-black tyres with a block tread. Later upper-end models (including the Sports) came with the Dunlop Sprite gum-wall, or, later, with the Nylon White Sprite, a blackwall with double white stripes running along the sidewall. Until the mid-60s, tyres used cotton canvas fabric. These tires were easily damaged by rim cuts if ridden underinflated. If the rubber became damaged so that moisture could get at the cotton carcass, the cotton would rot and the tyre would fail.
In [sometime in the mid '60s] Dunlop switched to using Nylon cord instead of the cotton, and the tires became very much more reliable.
Raleigh was by far Dunlop's largest market for bicycle tyres and tubes. In [sometime in the mid '60s] Raleigh and Dunlop got in a disagreement about pricing for the new model year. Each company thought it was indispensable to the other. Dunlop called Raleigh's bluff, and said, in effect, "We don't really need the bicycle tyre business anymore, there's lots more money in car and motorcycle tyres. If you won't pay the prices we ask, we'll just get out of the cycle tyre business." ...and they did!
This caused a crisis in cycling circles, because Dunlop tyres were, at the time, the absolute pre-eminent brand, and none of their competitors was able to make a product that was nearly as good. Cyclists got very good at installing "boots" to prolong the life of their damaged Dunlops, since even a damaged Dunlop was better than anything else you could buy.
This situation continued for several years, until the Japanese learned to make tyres that were even better than the old Dunlops.
Tubes
Raleighs of the 50's and 60's came with Dunlop Airseal tubes, a premium grade inner tube with a fully-threaded valve stem and a knurled valve-retaining nut. The original valve caps were metal, and included a two prong valve wrench on the exposed end.
The valve caps often had a short length of rubber tubing covering the valve wrench. This was to protect the inner tube from being punctured by the cap while it was rolled up, before it was installed on a bicycle.
Rear Axle Nuts
Sturmey-Archer right-side axle nuts have a long, cylindrical projection, with a curved lip for the indicator chain. The cylindrical part had two viewing holes to facilitate visual checking of the cable adjustment. Some time in the 1960's, they changed to a two-piece system, with a plain hex nut (the same as on the left side) and a separate cylindrical nut, knurled on the outer end. Sometime in the 1970's, they went back to the one-piece design.
Hubs with 2-piece indicator spindles, such as the AM, AC, ASC, FC, FM, FW and SW used a one-piece right nut, but without the viewing holes. These hubs used a special left nut that resembled the conventional right nut, but which lacked the rounded interior lip for the chain. These nuts were designed to protect the left end of the two-piece indicator spindle, and to allow visual adjustment by observing the position of the left end of the spindle against the end of the axle. A common cause of malfunction of these hubs is that people get the left and right nuts reversed, so the indicator chain hangs up on the sharp edge of the nut that belongs on the left.
Front Axle Nuts
Older Raleighs, those with forged front drop outs, used a special axle nut with a narrow rounded section toward the hub. This rounded section fit through the axle washer, and into a recess of the forged drop out, to provide positive front wheel retention.
Later Raleighs used conventional nuts, and provided a shoulder on the outer face of the cone for wheel retention. The stamped dropouts had a keyhole shaped axle opening, and the shoulder on the cone fit into the round part of the opening. Some years used plain hex nuts with separate flat washers, other years used track nuts, domed and decorated with a red "R" on the end.
Rear Axle Washers
Older Sturmey-Archer hubs used beautifully made forged serrated washers between the axle nut and the fork end. These older washers are easily identified by the knurled edges. These were used in conjunction with separate, stamped anti-rotation washers, which should go on the inside of the fork end.
Intermediate models used cheaper, stamped serrated washers.
Later (and current) models use rather nice forged combination serrated/anti-rotation washers.
Fulcrum Sleeve
Sturmey-Archer's term for the clamp-on cable housing stop usually mounted on the top tube was "fulcrum." The fulcrum clamp held a separate sleeve which served as the socket for the cable. This was a sort of ferrule, with a flange on one end to keep it from sliding through the fulcrum clamp. It was slotted to facilitate cable installation, and had a flat side which rested against the frame tube. Earlier fulcrum sleeves were metal, later versions are plastic. This was one of the first Sturmey-Archer parts where plastic replaced metal.
The metal ones last forever, but the plastic ones are easily crushed and ruined.
Lubricator
Until fairly recently, all Sturmey-Archer hubs were designed for oil lubrication. An oil cap, or, in Sturmey-Archer terminology, a "lubricator" was set into the hub shell. The actual cap assembly screwed into a threaded hole in the shell.
Earlier versions uses a hinged metal cap, but this was replaced in the late '50s or '60s by a plastic cap with a captive plug. This was one case where the plastic part was an improvement over the metal one, because they made a better seal, preventing the oil from dripping out.
Tip:
Installing a plastic lubricator into a hub can be quite tricky if you don't have the special tool. The special tool is a dull pencil, poked into the open lubricator. This will let you turn the lubricator to get it started into the threads.
Trigger
There have been several different shift controls over the years:
- The oldest design is the quadrant shifter, a very simple top-tube mounted lever with a spring-loaded pin that fitted into different holes along its side, according to the gear selected. Moving the lever to the right pulled the pin out of the hole, and allowed the lever to move. These are mostly seen on bikes from the '30s and earlier.
- The basic trigger. These triggers had a metal band running in each direction around the handlebar, connected by a short screw and special nut below the handlebar.
- The window-type trigger had a small round hole in the top plate, through which, depending on the gear selected, you could read the letters: "H" (High) "N" (Normal) "L" (Low) and "B" (Base) The more common variety is marked "3 or 4" speed.
- Later basic trigger, in 3-speed or 4-speed versions. These, and later models, had the handlebar clamp running only from the upper surface of the trigger, around the handlebar. The screw that secured it to the handlebar ran through the body of the trigger.
- No window trigger with clear plastic cover.
- No window trigger with opaque cover and plastic tip on the lever.
- An alternate option in the '60s was a twist-grip shifter (though I've never seen one of these on a Raleigh Sports.) These worked very poorly.
- During the wheelie bike craze in the 1960s, very large top-tube shifters were made, designed to look like the gear shift of a sports car.
Colors
There are three common colors for older Raleighs:
- Black.
- "Bronze Green" a dark metallic green.
- "Coffee" a dark metallic brown.
Links:
Thanks to Brandon Davis, Russ Fitzgerald and Martin Hanczyc for providing some of the data points for this page.
It may also be possible to date your bicycle from its frame number which on early models is usually located underneath the seat lug, under the saddle. This only applies to a genuine Raleigh, not to other makes. The list below will help with dating your Raleigh bicycle from the frame numbers, but is not a definitive list, it simply notes occasional frame numbers that coincide with certain years of manufacture.
I do not vouch for the accuracy of this information.
Note that the serial number information below is fragmentary and incomplete, and many bikes have proven to be much newer than the serial numbers would suggest. It appears that Raleigh recycled many of the older serial numbers in later years, so there are lots of bikes from the 60s and 70s that have serial numbers that would suggest much greater age.
Do Not write me with any questions about serial numbers, and do not include the serial number of your bike in any email you send me!
Raleigh Bicycles 1888-1925
From frame number located under saddle
Prior to 1925, genuine Raleighs (not necessarily brand names made by Raleigh) had a straightforward numerical frame number. Early years have been estimated by the Company.
| 1888 | 1500 | 1900 | 69868 | 1913 | 427829 | ||
| 1889 | 3200 | 1901 | 77342 | 1914 | 482851 | ||
| 1890 | 5200 | 1902 | 89622 | 1915 | 517198 | ||
| 1891 | 7600 | 1903 | 102954 | 1916 | 545198 | ||
| 1892 | 10500 | 1904 | 112673 | 1917 | 569737 | ||
| 1893 | 13900 | 1905 | 129228 | 1918 | 592473 | ||
| 1894 | 19100 | 1906 | 154917 | 1919 | 621678 | ||
| 1895 | 25300 | 1907 | 183073 | 1920 | 654502 | ||
| 1896 | 32100 | 1908 | 215650 | 1921 | 688291 | ||
| 1897 | 39913 | 1909 | 249081 | 1922 | 738447 | ||
| 1898 | 45981 | 1910 | 285669 | 1923 | 809184 | ||
| 1899 | 54032 | 1911 | 328748 | 1924 | 899465 | ||
| 1900 | 65152 | 1912 | 375693 | 1925 | 998077 |
Raleigh Bicycles 1925-Second War
Between 1925 and the cessation of cycle production during the Second World War, letters prefixed or suffixed the running frame number although no indication is given of the starting point of the numbers. They seem to reflect only the number of machines produced whilst each letter was in use. All dating would therefore be approximate.
| 1925 | A1 | 1930 | G94785 | 1935 | W71147 | ||
| 1925 | B34181 | 1933 | L84682 | 1936 | W93161 | ||
| 1926/27 | B56536 | 1934 | T93945 | 1937 | Y184552 | ||
| 1929 | E15693 | 1934 | U14540 |
Raleigh Bicycles Post Second War - 1966
After the war, Raleigh began adding letters after the running number series which restarted when a new letter was used.
| 1947 | 437689 P | 1953 | 367369 T | |
| 1948 | 556894 P | 1954 | 566722 T | |
| 1949 | 695051 P | 1955 | 747951 T | |
| 1951 | 151179 T | 1956 | 852312 T | |
| 1952 | 236530 T | 1957 | 872584 T |
A new numbering system was introduced in 1955, though this ran concurrently with the old one for two years. The new system involved a second running letter, added to the first, which began at the start of the alphabet.
| 1956 | 23839 A | 1961 | 13126 AF | |
| 1957 | 27227 AB | 1965/6 | 40814 FD | |
| 1958 | 17910 AD | 1966 | 64521 FE | |
| 1960 | 27273 AE |
The material above was gathered from the Nottinghamshire Archives by Jim Burton
