Toyota FX-1
Encyclopedia
The FX-1 is a concept car by Toyota.
It was first shown at the 1983 Tokyo Motor Show
Tokyo Motor Show
The is a biennial auto show held in October-November at the Makuhari Messe, Chiba City, Japan for cars, motorcycles and commercial vehicles. Hosted by the Japan Automobile Manufacturers Association , it is a recognized international show by the Organisation Internationale des Constructeurs...

 and also shown at the Geneva Motor Show in March 1984.
It was a showcase for new technologies in driver controls, engine, suspension, materials and aerodynamics.

Driver controls

Colour CRT's were used in the dash to display speed, rpm, fuel, temperature, etc.

Engine and driveline

It used an enhanced prototype form of the 1G-GEU engine called the LASREα-X, a 1,988 cc EFI twin cam 24-valve inline six engine equipped with dual turbo-chargers and intercooler, computer controlled valve timing, variable displacement
Variable displacement
Variable displacement is an automobile engine technology that allows the engine displacement to change, usually by deactivating cylinders, for improved fuel economy. The technology is primarily used in large, multi-cylinder engines...

 and induction. At low speeds, the variable displacement system shut down half the engine to conserve fuel. The system never went into production but a simplified version later appeared as the 1G-GTE, slightly modified for production and without the variable cam timing and variable displacement. In search of reducing maintenance, the FX-1's engine also featured computer controlled distributorless ignition.

Transmission was via a four-speed automatic ECT (Electronically Controlled Transmission) with overdrive.

Suspension

It used a pneumatic suspension combined with TEMS. The pneumatic suspension automatically raised and lowered the front and rear of the car separately for maximum stability. TEMS was also used on the Supra and the Soarer.

Materials

Many exotic materials were used, including Fibre Reinforced Metal (body panels) and Shape Memory Effect Alloy (body panels) and Ceramics (brake rotors).

Aerodynamics

The body had a very low Cd (co-efficient of drag) value of 0.25.

Stability could be increased via aerodynamics by individually lowering the front and rear suspension according to road speed. At high speed the front was lowered two steps and the rear was lowered one step.
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