Toyota Tundra (Pick-up) Tundra I Double Cab (facelift 2002) 2002,2003,2004 Specs
General information
Brand
Toyota
Model
Tundra (Pick-up)
Version
Tundra I Double Cab (facelift 2002)
Engine version
SR5 4.7i V8 (240 Hp) Automatic
Year production start
2002
Year production end
2004
Vehicle type
Pick-up
Horsepower RPM
240 Hp @ 4800 rpm.
Curb weight kg -lbs total
2143 kg
4724.51 lbs.
Overall length mm - inch
5845 mm
230.12 in.
Doors
4
Engine specs
Designation model
2UZ-FE
Cam configuration
DOHC
Engine position and orientation
Front, Longitudinal
Cylinders
8
Position of cylinders
V-engine
Displacement (liters)
4664 cm3
284.61 cu. in.
Eng. horsepower RPM
240 Hp @ 4800 rpm.
Horsepower per litre
51.5 Hp/l
Weight / horsepower kg/hp - hp/tons
8.9 kg/Hp
112 Hp/tonne
Weight / torque kg/Nm - Nm/tons
5 kg/Nm, 199.3 Nm/tonne
5 kg/Nm
199.3 Nm/tonne
Torque Nm RPM lb-ft RPM
427 Nm @ 3400 rpm.
314.94 lb.-ft. @ 3400 rpm.
Bore (mm in)
94 mm
3.7 in.
Stroke (mm in)
84 mm
3.31 in.
Compression ratio
9.6
Fuel delivery system
Multi-point indirect injection
Fuel type
Petrol (Gasoline)
Valvetrain
4
Engine aspiration
Naturally aspirated engine
Engine oil liters | quarts
6.2 l
6.55 US qt | 5.46 UK qt
Engine coolant
11.7 l
12.36 US qt | 10.29 UK qt
Powertrain architecture
Internal Combustion engine
Engine location
Front, Longitudinal
Transmission and Drive system
Drive configuration
Rear wheel drive
Brakes
Front brakes
Ventilated discs
Rear brakes
Drum
Anti-lock brake system
ABS (Anti-lock braking system)
Steering
Steering type
Steering rack and pinion
Turning diameter m - ft
14.4 m
47.24 ft.
Suspension
Front suspension
Double wishbone
Rear suspension
Leaf spring
Body / Chassis
Wheels & Tyres
Wheels size
245/70 R16
Wheels rims
7.0J x 16
Exterior
Interior
Safety and Security
Passenger
Passengers seats
5
Dimensions
Overall length mm - inch
5845 mm
230.12 in.
Overall width mm -inch
2014 mm
79.29 in.
Overall height mm -inch
1879 mm
73.98 in.
Wheelbase mm - inch
3271 mm
128.78 in.
Track width front mm - inch
1673 mm
65.87 in.
Track width rear mm - inch
1709 mm
67.28 in.
Weights
Curb weight kg -lbs total
2143 kg
4724.51 lbs.
Gross weight kg -lbs total
2994 kg
6600.64 lbs.
Capacities kg - lbs
851 kg
1876.13 lbs.
Fuel tank liters | gallons
100 l
26.42 US gal | 22 UK gal
Fuel economy
City l/100km - mpg
16.8 l/100 km
14 US mpg
Highway l/100 km - mpg
13 l/100 km
18.09 US mpg
Engine type
8 CYLINDER V-Engine
It's an engine with eight cylinder piston where the cylinders share a common crankshaft and are arranged in a V configuration.
What is the 8 cylinder V-engine displacement: it is in a range between 2926 cc and 8135 cc in recent model line up powertrain.
How much is the power of the 8 cylinder V-engine: the power of the 8 cylinder V-engine is in a range from 125 bhp to 1160 bhp.
Which cars use 8 cylinder V-engine: in recent years several manufactures have been used the V8 engine for 3 main applications: premium, sport cars and lightweight trucks. 8 V engine is the American preferred engine for iconic giant pick-up.
What is the eight cylinder V angle: the majority of V8 engines use a V-angle of 90 degrees. This angle results in good engine balance and low vibrations. The downside is a larger powertrain body that makes the use of this configuration suitable only for longitudinal position and rear drive wheels traction.
V8 engines with a 60 degree V-angle were used in the 1996-1999 by Ford and in 2005-2011 by Volvo. The Ford engine used a 60 degree V-angle because it was based on a V6 engine with a 60 degree V-angle. Both the Ford and Volvo engines were used in transverse engine chassis, which were designed for a front-wheel-drive layout. To reduce the vibrations caused by the unbalanced 60 degree V-angle, Volvo's used a balance shaft and offset split crankpins.
The Rolls-Royce Meteorite tank engine also used a 60 degree V-angle, since it was derived from the 60 degree V12 Rolls-Royce Meteor which in turn was based on the famous Rolls-Royce Merlin V12 engine.
Most V8 engines fitted to road cars use a cross-plane crankshaft, since this configuration produces less vibration due to the perfect primary balance and secondary balance.
The rumbling exhaust sound produced by a typical cross-plane V8 engine is partly due to the uneven firing order within each of the two banks of four cylinders and with separate exhaust systems for each bank of cylinders, this uneven pulsing creates the legendary rumbling sound that is typically of V8 engines.
