ATR
152.5 lb ft @ 7200rpm (96% peak hardly surprising given how close they are)
Not a lot point to finding power @ peak torque, have to look at the chart.
http://www.rri.se/popup/performanceg...p?ChartsID=494
Torque is near flat line - it's what variable valve lift and timing does.
about 73bhp @ 3000rpm
BMW 320d
120Kw, 160bhp, 163Ps
220lb ft@4000rpm (87% peak)
95bhp @ 2000rpm
http://www.rri.se/popup/performanceg...p?ChartsID=697
It's flat 2000-3000 rpm but plummets and like all Diesels has Sweet FA go below peak torque.
Get neither. Get a SI engine with a small well matched Turbo. Boost fills out the lower/mid range just like a Diesel and romps away at top end like a Vtec.
17 year old 2L Turbo with simple variable inlet cam
147Kw / 200PS / 197bhp at 6400rpm
265Nm / 195lb ft at 4800rpm
http://www.rri.se/popup/performanceg...p?ChartsID=724
Add a twin scroll turbo still with just a variable inlet cam.
Renault Megane RS
184Kw / 250PS / 247bhp at 5500rpm (319Nm / 235lb ft)
340Nm / 251lb ft at 3000rpm (106.8PS / 145bhp)
http://www.rri.se/popup/performanceg...p?ChartsID=921
Only thing that can better that, is a Vtec/Vanos turbo.
SR20VET
206kW / 280PS / 276bhp @ 6400rpm (307Nm / 227lb ft 99.5% peak)
309Nm / 228lb ft @ 3200rpm. (103Kw / 138bhp)
Torque is really close to a flat line and like Diesel peak torque is at 50% peak power rpm. Unlike a Diesel it doesn't stop pulling. Shame it was only ever fitted to a truck.
To top that throw a twin scroll or sequential turbo on as well. More torque earlier and higher peak power.