nommic wrote:I'm saying this car isn't making 1282Nm at the motor. Torque at the rear wheels is dependant on the gear you're in. Try towing a caravan from a standstill in 1st, then try it in 4th. Guess which one will be more successful.
Gear ratios are used to multiply torque. Let's say this car was dyno'ed in third gear, which in a BTR is a 1.00:1 ratio, and the diff is a 3.08 ratio. 1282Nm/3.08 = 416Nm at engine.
If your dyno is configured to show torque at the engine then you don't have this problem. I was just pointing this out because the 1282Nm figure is clearly torque at the rear wheels, not at the engine.
Tyre diameter also counts - "Nm" = Newton Meter.
One Newton Meter is the force exerted upon a pivot point when 1 Newton of force (1 Newton = 100 grams) is applied at a distance of one meter - For example, to tighten a bolt to 10Nm you need to apply a force of 1 kilogram at the end of a spanner a meter long. 30Nm is 3kg at the same distance, or 6kg of force at a distance of 50cm, or 12kg at a distance of 25cm.
This is exactly why torque measured on a chassis dyno is a
fucking useless figure because it is entirely dependent on pretty much
everything.
Do a dyno run in 1st gear and you'll get 11ty BAZILLION newton meters of torque, do it again in 5th (or 6th, for those rad kunts among us who have 6 forward gears

)and you'll have 2/5ths of bugger all.
For the millionth time, IGNORE DYNO TORQUE FIGURES

Look at your car. Now back to mine. Now back to yours. Now back to mine. Sadly, yours isn't mine. But if you stopped buying dodgy cars and bought an ED, yours could be like mine. Look down. Back up. Where are you? ...You're on BoostedFalcon, reading the signature your signature could be like! Anything is possible when your car looks like my car... I'm on a computer.