Can Am Outlander 650 motorcycles for sale in Buford, Georgia

1-1 of 1

Sort By

2017 Can-Am Outlander 650

2017 Can-Am Outlander 650

$8,799

Buford, Georgia

Year 2017

Make Can-Am

Model Outlander 650

Category -

Engine -

Posted Over 1 Month

2017 Can-Am Outlander 650, 2017 Can-Am® Outlander 650 UNMATCHED ALL-TERRAIN PERFORMANCE Featuring Rotax® power and reliability, precision handling, and comfort like no other ATV on the market. RF D.E.S.S. anti-theft system and a multipurpose rack with the exclusive LinQ quick-attach system equips you for any adventure. Features may include: ROTAX 650 V-TWIN ENGINE CATEGORY-LEADING PERFORMANCE Equipped with the 62-hp Rotax 650 liquid-cooled V-Twin engine, with four valves per cylinder and single overhead camshaft, this Can-Am engine offers unmatched power for a true performance edge CONTINUOUSLY VARIABLE TRANSMISSION (CVT) ALWAYS IN THE RIGHT GEAR Continuously Variable Transmission means the drive shaft is always in the right gear. For ease of use, you can count on the engine braking feature to help slow you down when going downhill. TORSIONAL TRAILING ARM INDEPENDENT (TTI) REAR SUSPENSION ELIMINATES SCRUB AND CAMBER CHANGES The only independent rear suspension that eliminates scrub and camber changes, meaning the wheels pivot up and down rather than in a butterfly motion. This ensures the vehicle only moves in the direction you point it. Reconfigured for improved traction and optimal transfer of power to the ground. DOUBLE A-ARM FRONT SUSPENSION BETTER STEERING FEEL Includes dive-control geometry for better cornering and vehicle-braking dynamics. The use of a shortened spindle, along with anti-kickback geometry, provide a better steering feel. The 9 in. (23 cm) of suspension travel increase trail comfort and aggressive riding capability. SURROUNDING SPAR TECHNOLOGY (SST) G2 FRAME MORE EFFICIENT DESIGN The next-generation, industry-exclusive SST G2 frame with Geometric Contact Control. The more efficient welded-steel frame incorporates new processes and updated geometry for increased structural integrity, improved durability, and precision handling.