Power is 350 PS and the torque is 700 Nm.

http://www.alpina-automobiles.com/en/models-alpina/d5-biturbo/technical-data.html

# Alpina D5 Biturbo specs

Car type | Compact |

Curb weight | 1840 kg (4057 lbs) |

Dimensions | 4.91 m (193 in) long, 1.86 m (73 in) wide, 1.47 m (58 in) high |

Wheelbase | 2.97 m (117 in) |

Power / weight | 190 ps (188 bhp) / t |

Torque / weight | 380 Nm (281 lb-ft) / t |

Introduced | 2011 |

Origin country | Germany |

Views | 17.4k |

Submitted by | DeDe |

### Performance

Top speed | 275 kph (171 mph) |

0 - 100 kph | 5.1 s |

0 - 200 kph | 20.3 s |

Est. 1/8 mile | 9.0 s @ 87.6 mph |

Est. 1/4 mile | 13.7 s @ 104.4 mph |

Est. 100 - 200 kph | 15.2 s |

More acceleration times

### Powertrain

Engine type | 6-cylinder in line |

Displacement | 3.0 l (183 ci) |

Power | 350 ps (345 bhp / 257 kw) @ 4000 rpm |

Torque | 700 Nm (516 lb-ft) @ 1500 rpm |

Power / liter | 117 ps (115 hp) |

Transmission | 8-speed-ZF-automatic |

Layout | front engine, rear wheel drive |

###
Laptimes

Track | Time |
---|---|

Hockenheim Short | 1:16.60 |

Inline 6 rules 7y ago

DeDe 7y ago

Alpina changed the performance figures:

Torque: 700 Nm / 1500 rpm

0-100 kph: 5,1 s

Vmax.: 275 kph

http://www.alpina-automobiles.com/ww/models-alpina/d5-biturbo/technische-daten/limousine.html

DeDe 7y ago

Source of 0-200 kph (& torque): http://img846.imageshack.us/img846/3091/autobildsportscarsbmwal.jpg

DeDe 8y ago

Official figures:

350 hp (257 kW) / 4000 rpm

700 Nm / 1500-3000 rpm

http://www.alpina-automobiles.com/ww/models-alpina/d5-biturbo/technical-data.html

GuyW 8y ago

Assuming a similar torque curve to the 535d, it will be about 730Nm at 1750 rpm. Alpina have changed some of the components (and software) in the gearbox so I presume the torque is higher than any other car using this box. It must also be near the limit of even Alpina's rear wheel drive because the BMW 50d tri turbo engine is being targeted at 4 wheel drive only I hear.

FadeToBlack 8y ago

You can calculate the torque at 4200RPM. HP is a function of Torque, so yes, you can calculate the NM at 4200 RPM. 437 LB-FT TQ @ 4200 RPM.

Torque (LB-FT) * Engine RPM (at which the TQ is produced) / 5250 = Horsepower (at the RPM the Torque variable is produced).

Figure it out for yourselves.

annoying 8y ago

it's obvious that I was talking in metric units, especially since I said the torque at 4200rpm was 585nm.

annoying 8y ago

"The engine should only produce 460lbft of torque at 4000rpms. Is there a link that mentions the car's torque rating? "

Apathy, figure at 4k rpm is 453 lb/ft, but this however is not it's top figure, because then the engine would be too peaky, for a normal turbo diesel power curve torque should be around 700nm (516lb ft) at under 2k rpm .

annoying 8y ago

Of course they could limit the torque, but the fact is that it has 614@4000, and that's about 16% more than 535d...

FastestLaps 8y ago

He is guesstimating. This engine could just as well have no peak torque improvement compared to 535d at all, if Aplina decided not to increase boost pressure at lower rpm range to ease the stress on tranny or whatever else.

Annoying 8y ago

I can calculate torque from this engines figures. And i can guess that if it has 614@4000, it should Have over 700 max. The other engine is for a reference.

AnnoIng 8y ago

I just said that there's 585nm@4200. If it's based on 535d which has 500nm@4400, and 630@1600, this one could Have even more Than 700. (730?!)

DeDe 8y ago

**Official page:** http://www.alpina-automobiles.com/ww/models-alpina/d5-biturbo/antrieb.html

No torque-figure yet.