CCM 644 Supermotard (2002-08)

The CCM 644 Supermotard motorcycle was manufactured from 2002 to 2008. It has a single cylinder, OHC, four stroke, four valves engine with a capacity of 644 cc or 39.3 cu in. Its compression ratio is 9.3:1 and it is air/oil cooled. The bike has 2 Mikuni BSR32 carburetors for induction and a CDI for ignition. Electric starting is provided for convenience. The motorcycle can produce maximum power of 38.6 kW or 53 hp at 7500 rpm and maximum torque of 52.5 Nm or 5.4 kgf-m or 38.7 ft.lb at 6000 rpm. The transmission has 5 speeds and the final drive is chain-based. The frame is a tubular steel cradle, while the front suspension is Paioli ~A46 mm conventional forks which are fully adjustable. The rear suspension is WP piggyback and the compression rebound and reload are adjustable. The front brakes consist of a single ~A320 mm disc with 4 piston caliper, while the rear brakes have a single ~A220 mm disc with a 1 piston caliper. The front tire measures 120/60-17 and the rear tire measures 150/60-17. The CCM 644 Supermotard has a dry weight of 137 kg or 302 lbs and 865 mm or 34.1″ seat height. The fuel capacity is 13.6 L or 3.6 US gal.


Technical specifications:

Make Model: CCM 644 Supermotard

Year: 2002 – 08


Engine: Single cylinder, OHC, four stroke, four valves
Capacity: 644 cc / 39.3 cu in
Bore x Stroke: 100 x 82 mm
Compression Ratio: 9.3:1
Cooling System: Air/oil cooled
Induction: 2 x Mikuni BSR32 carburetors
Ignition: CDI
Starting: Electric
Max Power: 38.6 kW / 53 hp @ 7500 rpm
Max Torque: 52.5 Nm / 5.4 kgf-m / 38.7 ft.lb @ 6000 rpm
Transmission: 5 Speed
Final Drive: Chain
Frame: Tubular steel cradle
Front Suspension: Paioli ~A46 mm conventional forks, fully adjustable
Rear Suspension: WP piggyback, adjustable compression rebound and reload

Front Brakes: Single ~A320 mm disc, 4 piston caliper
Rear Brakes: Single ~A220 mm disc, 1 piston caliper
Front Tyre: 120/60-17
Rear Tyre: 150/60-17
Dry Weight: 137 kg / 302 lbs
Seat Height: 865 mm / 34.1″
Fuel Capacity: 13.6 L / 3.6 US gal

Related models: