The 2013 Chevrolet Camaro ZL1 convertible features a supercharged 6.2L “LSA” engine, SAE-rated at 580 horsepower (432 kW) and 556 lb.-ft. of torque (754 Nm).

The Chevrolet Camaro ZL1 convertible’s power is complemented by advanced powertrain and chassis technologies designed to deliver exceptional performance on the road or track. In fact, it’s the same balance of acceleration, handling and ride quality that enabled a Chevrolet Camaro ZL1 coupe recently to lap the Nürburgring’s Nordschleife course in 7:41.27 minutes.

From Day One, the architecture for the fifth-generation Camaro was designed to accommodate a convertible model, which gives the Camaro ZL1 convertible coupe-like driving dynamics. Four strategic reinforcements enhance the already-stiff body structure to quell the cowl and steering wheel shake common in convertibles. They include:
• A tower-to-tower brace under the hood
• A transmission support reinforcement brace
• Underbody tunnel brace
• Front “X” brace and stiffer cradle as well as rear underbody “V” braces.

Additional structural reinforcements in the Chevy Camaro ZL1 convertible are designed to improve noise and vibration characteristics, while also reducing unwanted ride and body motions. They include a hydrofoamed tube in the A-pillars, an inner reinforcement bracket in the windshield header, a reinforced front hinge pillar and reinforcements inside the rockers.

The suspension of the Chevrolet Camaro ZL1 convertible uses the third-generation of Magnetic Ride. New, twin-wire/dual-coil dampers at all four corners enable faster response, with damping levels now adjusted up to 1,000 times per second – about one adjustment per inch of vehicle travel at 60 mph – making the system exceptionally responsive to changing driving and road conditions.

The Chevrolet Camaro ZL1 convertible will also offer Performance Traction Management as standard equipment, which is exclusive to General Motors. First introduced on the Corvette ZR1, it is an advanced system that integrates magnetic ride control, launch control, traction control and electronic stability control, to enhance both launch-acceleration performance and corning.