QUOTE (bruecksteve @ Jul 9 2004, 10:52 PM)
Here's the GM crate motor to go in it...
3.8 3800 Series III Supercharged V-6 Engine
This is a high output supercharged V-6 Crate Engine (RPO L32) with the following features:
• 260 Horsepower @ 5400 RPM and 280 lb-ft @ 3600 RPM torque
• SFI fuel system
• Bore 96.52 mm and Stroke is 86.36 mm with 8.5:1 compression ratio
• Iron Block, Iron Heads and Hydraulic roller design camshaft
• This engine powers the Buick Park Avenue, Pontiac Bonneville, Chevrolet Monte Carlo, and Chevrolet Impala
• These have production trim that includes: exhaust manifolds, intake manifold, supercharger, injectors, fuel rails, balancer, water pump and flywheel.
Pulley, belt, p/s pump, a/c pump, starter, alternator, engine cover, not incl
$3850
1400 lbs and 260hp =
5.38 lbs/hpDo you realize that
our 3400-3600 lb cars would need around
between 632 and 669 hp to have the same power to weight ratio??!?!?!?!?!
I'm drooling...

not really... you have to add the driver weight as well. Figure 200 lbs for argument sake.
Your 1400 lbs become 1600 lbs
1600lbs @ 260 hp = 6.15 lbs/hp
Now taking our 3400-3600 cars, adding driver, 3600-3800 lbs
You would need 585 to 617 hp
Are those #s at the wheel ?
I'm assuming at the engine... so -15% drivetrain, we're talking equivalent of f-body w/ 500-525rwhp.
Not too far fetched from strokers.