Photo ou archives : M. Woollett
7603
MATCHLESS
1000cc JAP Racer / Charlie Collier - 1909
Brothers in the headlines
Charlie Collier and his brother Hany were the most successful British racers in the early days of motorcycling, and their exploits regularly made headlines. They rode Matchless bikes built in Plumstead, South London, by a company founded in 1899 by their father, H.H. Collier.
National Racers
In 1905, Hany represented Great Britain in the International Cup Races in France. The following year, when the Cup Race took place in Austria, Charlie was also in the national team and finished third, half an hour behind the winning Puch.
TT Victory
As a result of the Colliers' participation in the International Cup Races, the first-ever Tourist Trophy was held in the Isle of Man in 1907. Fittingly, the single-cylinder class was won by Charlie on a JAP-engined Matchless at an average of 38.2 mph. He competed again in 1908 but finished second to Jack Marshall's Triumph. In 1909, Hany Collier won a popular victory in the TT, narrowly beating Guy Lee-Evans's Indian. The Colliers also distinguished themselves at the newly-opened Brooklands track – in October 1908, Charlie set a new hour record of nearly 70 mph on a JAP-engined Matchless. In 1910, Charlie and the American ace Jake de Rosier (Indian) held a celebrated speed duel at Brooklands. A broken ignition switch cost Charlie the match. But a few days later he achieved 91 mph over the flying kilometer and mile, shattering de Rosier's records, so honors were even!
SPECIFICATIONS
Engine: 964cc (85x85 mm) air-cooled V-twin four-stroke; Bosch magneto ignition
Power Rating: 18 hp @ 2800 rpm
Valves: overhead
Fuel System: carburetor
Transmission: direct-belt drive
Suspension: girder forks (front); rigid (rear)
Brakes: belt rim (rear)
Wheels: 26 inch (front & rear)
Weight: 200 lb
Maximum Speed: 90 mph
Charlie Collier raced this bike in the 1911 TT but was disqualified for refueling away from his pit. Note the huge lever that moved the wheel rearward in the frame to maintain belt tension.