Homepage Technical Specifications of Cars Bertone Freeclimber 2.7i

1992 - Bertone - Freeclimber 2.7i

Technical Specs of This Model
1. Freeclimber 2.7i 1992
General Information
Make Bertone
Model Freeclimber 2.7i
Production Year 1992
Country
Designer Bertone
Production Number
Model Code
Model Family
Chassis and Dimensions
Chassis Type 4/5S ORV
Number of Doors
Wheelbase 2530 mm     (99,6 in)
Front Track 1320 mm     (52 in)
Rear Track 1300 mm     (51,2 in)
Length 4145 mm     (163,2 in)
Width 1650 mm     (65 in)
Height 1885 mm     (74,2 in)
Ground Clearance 180 mm     (7,1 in)
Length / Wheelbase Ratio 1,64
Weight 1552 kg     (3418,5 lb)
Weight Distribution (front/rear)
Fuel Capacity 60 litre   (13,2 Imp gal ,  15,9 US gal)
Aerodynamics
Drag Coefficient
Frontal Area
Cx
Engine Specifications
Engine Manufacturer BMW
Engine Location Front
Engine Alignment Longitudinal
Engine Construction
Coolant Type Water
Engine Type SOHC
Number of Cylinders and Placement S-6
Valves per Cylinder 2    (Total of 12 Pieces)
Engine Displacement 2693 cc     (164,34 cu in)
Bore 84 mm     (3,31 in)
Stroke 81 mm     (3,19 in)
Bore / Stroke Ratio 1,04
Unitary Capacity 448,83 cc/cylinder    (27,39 cu in/cylinder)
Number of Main Bearings 7
Compression Ratio 8,5 : 1
Fuel System Type Bo L-Jet fuel inj.
Aspiration Type Normal
Compressor Type -
Intercooler Type None
Catalytic Converter Yes
Maximum Engine Power 129 HP     (96,2 kW)
Maximum Engine Power rpm 4800 d/d
Maximum Engine Torque 230 N.m     (169,7 lb.ft ,  23,5 kg.m)
Maximum Engine Torque rpm 3200 d/d
Engine Torque at Max. Engine Power rpm 191,4 N.m    (4800 d/d)
Power / Weight Ratio 83,1 HP/ton    (62 W/kg)
Power / Engine Displacement Ratio 47,9 HP/litre    (35,7 kW/litre)
CO2 Emissions
Fuel Consumption
Performance
0 - 80 km/h
0 - 60 mph
0 - 100 km/h
0 - 160 km/h
80 - 120 km/h (in top gear)
0 - 400 m Acceleration
0 - 1000 m Acceleration
Top Speed 160 km/h   (99,4 mph)
Gearbox and Transmission
Transmission Type 5M
Top Gear Ratio 0,82 : 1
Final Drive Ratio 3,36 : 1
Drive Wheels 4WD (4 Wheel Drive)
Handling, Suspension Geometry and Brakes
Steering Type
Steering Turns (lock to lock)
Turning Circle Diameter
Suspension (front)
Suspension (rear)
Brakes (front/rear)
Brake Disc Diameter (front)
Brake Disc Diameter (rear)
Wheels (front)
Wheels (rear)
Tyres (front)
Tyres (rear)