Quarter (1/4) Mile Time for the Ford Torino 2nd Gen GT 429 4V Cobra Jet V-8 4-speed - [1970] | How fast is the Ford Torino 2nd Gen GT 429 4V Cobra Jet V-8 4-speed - [1970] quarter (1/4) mile?

Ford Torino 2nd Gen GT 429 4V Cobra Jet V-8 4-speed - Quarter (1/4) Mile:

The Ford Torino 2nd Gen GT 429 4V Cobra Jet V-8 4-speed has a 7033cc 16v V8 N/A engine with a 4 speed/ Manual transmission. The Ford Torino 2nd Gen GT 429 4V Cobra Jet V-8 4-speed has a power to weight of 207.0 Bhp per Ton / 251.8 lb-ft per ton which helps it complete a quarter 1/4 mile in an estimated 13.71 seconds and an estimated trap speed of 99.3 mph.

Ford Torino 2nd Gen GT 429 4V Cobra Jet V-8 4-speed - Top Speed:

The Ford Torino 2nd Gen GT 429 4V Cobra Jet V-8 4-speed has a 7033cc 16v V8 N/A engine with a 4 speed/ Manual transmission. The Ford Torino 2nd Gen GT 429 4V Cobra Jet V-8 4-speed can also reach a top speed of 134 mph or 215.6 kph.

0-60 mph (0-96.6 kph) | 0-100kph (0-62 mph) Time:

The Ford Torino 2nd Gen GT 429 4V Cobra Jet V-8 4-speed can accelerate from 0-60 mph (0-96.6 kph) in 6.40 seconds or a 0-62 mph (0-100 kph) in 6.6 seconds.

More Ford Torino 2nd Gen GT 429 4V Cobra Jet V-8 4-speed Figures and Specs:

We have a range of other performance specifications and figures for the Ford Torino 2nd Gen GT 429 4V Cobra Jet V-8 4-speed. For more performance figures and specs including 0-60 mph time, Top Speed, 0-100 kph, 0-62 mph, 1/4 mile, trap speed, torque, bhp and more go here.

Related Links:

1970 Torino Rivals List.

Car Comparison

Figures & Specs Summary:

• Year: 1970 | Type: Coupe
• Engine: 7033 cc (429.1 ci) 16 Valve
• Engine Formation: V8
• Drive: RWD | Engine Location: F
• Aspiration: N/A
• Fuel Type: Petrol
• Transmission: 4 speed/ Manual
• Power: 370 bhp (275 kW) @ 540 rpm
• Kerbweight: 1787 kgs (3939 lbs)
• Top Speed: 134 mph (215.6 kph)
• 0-60 mph (96.6 kph): 6.40 secs
• 0-100 kph (0-62 mph): 6.6 secs
• Quarter Mile (Est.): 13.71 secs
• Quarter Mile Trap Speed (Est.): 99.3 mph

---

Amazon: 1970 Ford Torino | Die Cast Models

---