There are only thirteen or so small bolts holding the whole body onto the floorpan and there are hundreds of manufacturers of aftermarket panels and other goodies for the humble Beetle too. So, I ask you, why wouldn’t you do this to a Beetle?
This chassis and suspension aredesigned as a performance replacement for the pressed steel VW Type 1 floorpan and torsion bar suspension. The purpose isto uprate the suspension, brakes and driveline to match the increase in output of the transplanted V8 engine. Although the chassis is many times stronger than the original, it is still designed to work in unison with the incredible strength of the Beetle body as a whole.
If this chassis were to be used as a replacement for the VW floorpan with just a fibreglass beach buggy or kit car, it would require additional bracing (especially along the sides) as the inherent strength and support of the egg-shaped steel body would be lost. In any case, consider the single roll bar as a minimum requirement. The rigidity and performance of the car would be further enhanced if a full roll cage were constructed over the chassis.
With enquiries about this chassis from just about every tangent of the globe, there was a problem: Which steering rack, front uprights and rear hubs should the design be based on so it would be universally applicable? it was virtually impossible to choose just one donor vehicle as no one car is available worldwide.
So, there are several variants of the chassis. The choices for the rack and uprights so far are the Mk III/IV/V Ford Cortina/Taunus and the Holden Torana.
Originally the rear hubs were built on BMW bearings and CVs etc, but we no longer have all the bearing data for them so only the model of BMW is specified and the builder will have to source the parts and then fabricate the actual bearing housing for the rear upright to suit the bearings and stub axles.
Another readily available donor for rear hubs, bearings, axles and CVs etc. would be a VW Camper Van, though there are many more solutions. The plans will reflect the position of the bearings and hubs, it’s only a case of making up a suitable bearing carrier and welding it in place in the upright. The donor parts (especially the CVs) need to be rated for the same horsepower and torque as the engine in the new chassis.
Engine and transaxle choice is much wider and there are just too many options to list here. A brief choice of transaxles would be such items as the VW Type 2, ZF, Renault 369/UN1, Audi 100/200/9000 and Audi 01E 5 and 6 Speed Quattro, Hewland and any of the custom sand car transaxles.
Currency conversions are estimated and should be used for informational purposes only. Checkout/purchases still use the store’s currency (AUD).
The manual and plans have been carefully produced to enable competent DIYers to construct a full chassis and suspension package for themselves by following highly detailed and easy to read drawings in conjunction with the required donor parts.
The Manual and Plans come as a downloadeable PDF package for you to print to any size you choose. Check the default sizes before printing.
|Build Options||Full DIY chassis & suspension from plans.|
|Ideal Terrain||Road (subject to local authority requirements) or track|
|Engine||Any V8 engine. For example: Rover 3.5 litre aluminium V8, bored and stroked to 5.1 litres, with all the trick bits|
|Front Suspension||Double, unequal length A-arms, coil over adjustable shocks|
|Rear Suspension||Double, unequal length A-arms, coil over adjustable shocks|
|Steering||Holden rack and pinion, Nissan steering column - Aftermarket parts available|
|Front Brakes||Alfa Romeo pedals and servo. Holden (GM) front ventilated discs and alloy callipers - Aftermarket parts available|
|Rear Brakes||BMW rear discs and callipers with integral handbrake - Aftermarket parts available|
|Transaxle||Many options available subject to engine choice. For example: R30 type 369 with ZF limited slip diff|