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One feature of the Can Am was the Trans Am's shaker hood scoop as standard equipment, and succeeded the slow selling 1973-1975 Pontiac Grand Am. [ 1 ] [ 2 ] The car was a trim package of the Pontiac Le Mans, but powered by the Pontiac 400 rated at 200 hp (149 kW; 203 PS) (the T/A 6.6 "W72" version, not the base 400, which made 180).
The Can-Am Ryker series is a bare-bones, less expensive "recreational" version, with feet-forward upright seating, the lowest ground-to-seat height, and a smaller 600 or 900 cc engine. There are four trim packages available for the Ryker: the 600, the 900, the 900 Sport and the 900 Rally.
The Can-Am Maverick 1000R was designed to be a pure sport side-by-side and would compete against the Polaris RZR XP 1000 and the Arctic Cat Wildcat 1000 H.O. The Can-Am Maverick featured the highest horsepower from a manufacturer at the time of 101 horsepower with its 976cc Rotax V-Twin engine.
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1968 Road America Can-Am The McLaren M8A was a race car developed by driver Bruce McLaren and his Bruce McLaren Motor Racing team for their entry in 1968 Can-Am season . [ 1 ] The M8A and its successors dominated Can-Am racing for four consecutive Can-Am seasons, until the arrival of the Porsche 917 .
1970 Can-Am Mosport The BRM P154 is a purpose-built sports prototype race car , designed, developed and built by British Racing Motors to Group 7 racing specifications, specifically to compete in the Can-Am racing series, in 1970 .
Can-Am was the birthplace and proving ground for what, at the time, was cutting-edge technology. Can-Am cars were among the first race cars to use sport wings, effective turbocharging, ground-effect aerodynamics, and aerospace materials like titanium. This led to the eventual downfall of the original series when costs got prohibitive.
The Turbo-Air 6 is a flat-six engine that is primarily air-cooled. The engine's major components include an aluminum crankcase, two three-cylinder aluminum cylinder heads with integral intake manifolds, and six individual iron cylinder barrels.