This information is from Avion:
The car has been designed to be manufactured in small volume using recycled components from the automobile recycling yards. Utilizing standard engines and drive trains installed in the Avion's light weight and aerodynamic body we can achieve significant improvements in fuel efficacy and performance making the Avion both fun to drive and while getting great mileage. In our testing the car we were able to achieve 80 mpg At 70 mph and an astonishing 114 mpg at 55 mph driving from Eugene OR. To Portland OR.
The chassis is a monocoque 6061 aluminum with steel space frame on either end. The engine is transversely mounted behind the passengers making the car a transverse mid engine configuration. A lightweight composite body is attached and riveted and bonded making a very stiff and lightweight structure. The cars are hand built and more labor intensive than high volume production. Extensive use of composites, Aluminum and lightweight design are used through out the car to achieve our target weight. Construction is more closely related to small airplane construction than steel stamped automobiles. We utilize all available technology in construction as laser CNC, vacuumed bagged cored composite construction and the latest in composite materials like carbon fiber, Kevlar and "S"-Glass.
The car is standard with four-wheel disks, independent suspension, and rack and pinion steering systems.
The body was designed to reduce drag and wind tunnel derived and tested. It requires only 3 to 6 horsepower to maintain highway speed and this gives the car a top speed over 100 mph.
August 2010 will mark a new milestone for Avion Cars. The Avion will be driven
from Blaine, Washington near the Canadian border to San Ysidro, California near the
Mexico border – a distance of some 1,400 miles without refueling. The drive will start
on Sunday August 29 and finish on Wednesday September 1.
The Avion will be powered by a 67 HP diesel engine and carrying 18½ gallons of fuel.
Craig Henderson, Avion’s builder who will be driving the car, says that if all works out
according to plan, there will be fuel left over at the end of the drive!
For this enterprise, Goodyear Tires is providing sponsorship and the Avion will ride on
Goodyear Assurance Fuelmax tires. Goodyear will also arrange for media publicity
coverage. Publicity events enroute are planned for Portland Oregon, Sacramento
California and Los Angeles California.
Original Avion Specifications - 1986 (except engine and transmission)
Designer: Bill Green: I talked with him today at the event. He teaches at Virginia Tech.
Avion: Mid-Engine, 2 Passenger, High-Tech Sports Car.
Brakes:
Type: Girling/Neal balance beam
Front/Rear: Disk
Chassis/Body:
Type: Aircraft alloy aluminum monocoque center section, Tubular steel front and rear spaceframe.
Body material: Carbonfiber/S-glass hybrid.
Dimensions and Capacities:
Wheelbase: 92.95”
Track F/R: 62/62
Length: 63.5”
Height: 43”
Ground Clearance: 5.5”
Curb Weight: 1550 lbs
Fuel Capacity: 11.0 gal
Drag Coefficient: Cd=.27
Drive Train:
Transmission: 6 Speed from SmartCar
Interior:
Seats: Leather adjustable
Dash: Oiled Rose Wood
Trunk Volume: 14 ft. cu.
Sound System:
6-way speaker system
AM/FM stereo with power amp
Standard Features:
Sun Roof
Semi Gullwing Doors
Light Weight Polycarbonate Tilt Steering Wheel
Concealed Halogen Headlights
Steering:
Type: Rack-and-Pinion
Turns Lock-to-Lock: 3.3
Suspension:
Front: Independent, Long & Short Arm, Coil Springs, Anti-Sway Bar
Rear: Independent, Chapman Struts, Coil Springs, Anti-Sway Bar