86.00 PS (62,69 kW or 84,58 HP) at 3800 Rev. per min.
Max torque
203.00 Nm (20,60 kgf-m or 148,95 ft.lbs) at 1500 Rev. per min.
Top speed
132.0 km/h or 82 mph
Acceleration 0-60 mph
14.3 s
Acceleration 0-100 km/h (0-62 mph)
14.5 s
Engine position
Front
Engine type
in-line, 8-cyl
Valves per cylinder
2
Compression ratio
7.5:1
Power per weight
0.0843 PS/kg
Fuel
Gasoline
Transmission
Manual, 3-speed
Drive wheels
Rear
Category
Cabrio / Sport Cars
Doors
2
Passenger space
3590 L or 126.8 cu ft
Wheelbase
2440 mm or 96.06 in
Cooling
Liquid
Length
3690 mm or 145.3 in
Width
1480 mm or 58.3 in
Height
1510 mm or 59.4 in
Weight
1020 kg or 2248.72 lbs
Fuel consumption - Combined
-
1946 Allard J1 Specs & Fuel Economy
The
J1
model is a manufactured car, which is produced and distributed by
Allard.
This
J1
automobile version has been sold from
1946
year. The total weight of the curb is
1020 kg or 2248.72 lbs.
The efficient car engine reaches a maximum peak output power of
86.00 PS (62,69 kW or 84,58 HP) at 3800 Rev. per min.
Meanwhile, the maximum torque of this
Allard
model is nearly
203.00 Nm (20,60 kgf-m or 148,95 ft.lbs) at 1500 Rev. per min.
The
J1
model goes from 0 to 100 km/h (0 to 62 mph in – seconds) in about
14.5 s or 0-60 mph in about
14.3 s .
The
J1
model by
Allard
is also capable of reaching the impressive maximum car speed of
132.0 km/h or 82 mph.
This excellent speed feature is due to the available car powerful drive-train. The powerful and optimal car engine is
3622 cc or 221.0 cu in.
FAQ
What is the fuel economy Allard J1 1946? - - Combined.
How fast is the Allard J1 1946? - Top speed 132.0 km/h or 82 mph.
What engine does the Allard J1 1946 have? - Engine type in-line, 8-cyl. Engine displacement 3622 cc or 221.0 cu in.
What is the drivetrain Allard J1 1946? - Rear.
What type is the gearbox Allard J1 1946? - Manual, 3-speed.
How much power Allard J1 1946? - 86.00 PS (62,69 kW or 84,58 HP) at 3800 Rev. per min..
1946 Allard J1 technical specifications - top speed, fuel consumption figures, engine power and torque, dimensions and weights.
