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Andy Widnall is Spyder's man when it comes to dealing with their car business |
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| The first Zetec'd Elan +2 was a
one off and it belonged to a bloke called Mike Stott. "We did it for
Mike about three or four years ago. He started building kit-cars before he
could drive -
anyway, he found himself married with kids and kept getting ear ache about leaving them at home all the time. So he bought a scabby +2, a chassis and some bits from us. When it came to building the drive train - 160 bhp spec costs around £5000 and he still needed his diff and gearbox rebuilding - he ask if he could get something modern in," says Andy. The engine was never an issue because the +2 used a Ford gearbox and most Ford engines will go in with a bit of work - but it was the four speed gearbox and the Lotus |
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| diff which dates back to the Anglia. Originally, it was a
live axle diff but on the +2 the driveshafts ended up being two-and-a-half
foot long due to the distance from the diff to the hub, so they have a bit
of torsional spring in them. Lotus ran rubber drive couplings which also
help to take the shock-loads away from the diff; when you uprate them
to solid driveshafts they break your diff output shafts meaning you
end up going to expensive competition components which just move the
problem further down the driveline."
In the corner of the workshop, there's a Spyder chassis waiting for it's body to be fitted. The Lotus +2 chassis was made from folded sheet steel and contrary to legend, did more flexing than a rude boy loitering on a street corner. Whereas Spyder's design, despite being constrained by the body moulding is far more rigid dur to it's spaceframe construction. The axle of choice is the 7.5 inch Sierra one with the disc brakes and the Sierra also provides the hubs, brakes and bearings at the rear. Diff? Well, the preferred one is from the XR4x4 because it has a slipper and it's the right ratio too (3.64:1), but the 7.5 inch Scorpio doesn't do corner cutting, so they make their own hardened driveshafts instead of cutting, welding and sleeving them to the right length (these are often unbalanced and end up killing the CV joints. |
rc Dec2003