1970 Chevrolet Camaro 48-Hour Build
Bowler Performance Transmissions Products Featured On This Vehicle
Carbon Edition T-56 Magnum 6-Speed Transmission
Bowler 6-Speed Solid Shift Knob (Select Finish / Thread)
Bowler Shift Lever (10", 30° Kickback, Select Finish)
Photography by Jason Lubken
Specs
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Builder
Ridetech
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Transmission
Bowler 4L75E
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Rear End
Currie Enterprises Crate 9
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Engine
Lingenfelter LS3 378 CID
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Horsepower
759 hp
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Radiator
C&R Radiator Module
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Exhaust
Summit Racing Equipment Mr. Gasket
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Suspension
RideTech, Shockwave
1970 Chevrolet Camaro 48-Hour Build
For Ridetech’s fourth year at the 48-Hour Build challenge, they built a 1970 Chevrolet Camaro into a cone-killing machine. The Ridetech team built this incredible hotrod at the Barrett-Jackson auction in
Arizona over the course of six eight-hour days. Having turned it into a Pro-Touring style muscle car, this Camaro is now happily on its two-year road tour of the United States performing at various shows and events, before eventually being sold at the Barrett-Jackson auction where it was built.
During the 48-Hour Build, Ridetech installed TQ Series coilovers as well as a comprehensive selection of bolt-on parts. Over the course of the build, the 1970 Chevrolet Camaro was fitted with a full Ridetech Track 1 suspension system, Baer brakes, a Holley Dominator EFI, and a ProTorque Converter. It also has a Currie 9-inch rear axle with Miller-built full float axle conversions, and rides on Forgeline Wheels with BFGoodrich Tires. The Lingenfelter LS3 engine is paired to Bowler’s 4L75e automatic transmission, letting the Camaro put down 759 horsepower for excellent power and control.
Since the 48-Hour Build, Ridetech R&D has switched the Camaro from coilovers to Shockwave air suspension to try out some new parts. Ridetech designed the Camaro’s suspension so that coilovers and Shockwaves are interchangeable, where the extra weight of the air suspension sits on top of the rear axle where it does the most good. Now with air suspension, the 1970 Chevrolet Camaro can be raised and lowered for optimal speed, handling, comfort, and style depending on what’s needed in the moment.