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The first mass-produced viscous couplings for a permanent 4WD off-road-capable vehicle were in the AMC Eagle, which was produced from 1980 to 1988 model years. [2] The AMC Eagle's single-speed model 119 New Process central differential used a viscous coupling filled with a liquid silicone-based material. [3]
The MEV Exocet made its public debut in June 2010 at the Newark kit car show. It is a front-engine, rear-drive, single-donor exoskeleton kit car based on the Mazda MX-5 and was aimed at the novice builder. To this end, the vehicle is designed to make use of as many of the single donor's components with little or no modification.
Bradley Automotive was an American automotive company that built and sold kits and components for kit cars as well as completed vehicles. They were based in Plymouth, Minnesota . The company began selling kits in 1970 and ceased operations in 1981.
The vehicle was a hybrid that used an electric motor for motive power, coupled with a battery pack of twelve 12-volt deep-discharge batteries that weighed 600 lb (272.2 kg), along with a 650 cc (39.7 cu in) two-stroke engine running on a combination of compressed natural gas (CNG) and hydrogen that drove an alternator to charge the batteries ...
The "component cars" and parts manufactured by Sterling Sports Cars LLC. were sold as components. The cars were not pre-assembled by Sterling Sports Cars but were intended to be assembled by the purchaser or by a third-party. The Sterling was originally designed to be fitted to a VW Beetle floor pan.
Designs based on a single donor simplify the build process. The car Blakely selected was the Ford Pinto, with the option to use parts from close relatives like the Mercury Bobcat and the Ford Mustang. This family of donor vehicles gave the Blakely cars rack-and-pinion steering, front disk brakes, and a good selection of engine choices. For the ...
Miniature oil-filled Coilover shock components for scale cars. A shock absorber or damper is a mechanical or hydraulic device designed to absorb and damp shock impulses. It does this by converting the kinetic energy of the shock into another form of energy (typically heat) which is then dissipated.
Viscous damping also refers to damping devices. Most often they damp motion by providing a force or torque opposing motion proportional to the velocity. This may be affected by fluid flow or motion of magnetic structures. The intended effect is to improve the damping ratio. Shock absorbers in cars; Seismic retrofitting with viscous dampers [2]