Everything you need to know about specifications and performance - Porsche 356 1950 - 1500 Super (70 Hp)

Full specifications and technical details 1950 Porsche 356 Coupe 1500 Super (70 Hp)

Overview:

What is the engine capacity of a Porsche 356 1950?
The engine capacity of the Porsche 356 1950 is 1488.

Porsche 356 1950 How many horsepower?
The engine power of the Porsche 356 1950 is 70 Hp @ 5000 rpm..

How much gasoline does a Porsche 356 1950 consume?
The Porsche 356 1950 consumes 11-12 liters of gasoline per 100 km

General:

Brand: Porsche

Model: 356

Generation: 356 Coupe

Modification (Engine): 1500 Super (70 Hp)

Start of production: 1950

End of production: 1955

Powertrain Architecture: Internal Combustion Engine

Body type: Coupe

Seats: 2

Doors: 2

Engine:

Power: 70 hp @ 5000 rpm.

Power per litre: 47 hp/l

Engine displacement: 1488

Number of cylinders: 4

Engine configuration: Boxer

Number of valves per cylinder: 2

Fuel injection system: Carburettor

Engine aspiration: Naturally aspirated Engine

Valvetrain: OHV

Engine oil capacity: 3.5 l

Engine layout: Rear, Longitudinal

Cylinder Bore: 80 mm

Piston Stroke: 74 mm

Compression ratio: 8.2:1

Performance:

Fuel Type: Petrol (Gasoline)

Fuel consumption (economy) - combined: 11-12 l/100 km

Maximum speed: 170 km/h

Weight-to-power ratio: 10.9 kg/Hp, 91.5 Hp/tonne

Space:

Kerb Weight (kg): 765

Max. weight (kg): 1200

Max load (kg): 435

Fuel tank capacity: 55 l

dimensions:

Length: 3870 mm

Width: 1655 mm

Height: 1300 mm

wheelbase: 2100 mm

Front track: 1250 mm

Rear (Back) track: 1290 mm

Ride height (ground clearance): 175 mm

Minimum turning circle (turning diameter): 10.2 m

Powertrain, Suspension and Brakes:

Drivetrain Architecture: The Internal combustion Engine (ICE) drives the rear wheels of the vehicle.

Drive wheel: Rear wheel drive

Number of gears and type of gearbox: 4 gears, manual transmission

Front brakes: Drum, 280 mm

Rear brakes: Drum, 280 mm

Steering type: Worm-reduction unit

Power steering: Hydraulic Steering

Front suspension: Torsion

Rear suspension: Torsion