Everything you need to know about specifications and performance - Toyota Sequoia 2007 - 4.7 V8 (273 Hp) 4WD

Full specifications and technical details 2007 Toyota Sequoia II 4.7 V8 (273 Hp) 4WD

Overview:

What is the engine capacity of a Toyota Sequoia 2007?
The engine capacity of the Toyota Sequoia 2007 is 4664 cm.

Toyota Sequoia 2007 How many horsepower?
The engine power of the Toyota Sequoia 2007 is 273 Hp @ 5400 rpm..

What is the Toyota Sequoia 2007 engine?
Toyota Sequoia 2007 engine is 2UZ-FE. (Click to see other cars using the same engine)

General:

Brand: Toyota

Model: Sequoia

Generation: Sequoia II

Modification (Engine): 4.7 V8 (273 Hp) 4WD

Start of production: November, 2007

End of production: 2009

Powertrain Architecture: Internal Combustion Engine

Body type: Sports Utility Vehicle (SUV)

Seats: 7-8

Doors: 5

Engine:

Power: 273 hp @ 5400 rpm.

Power per litre: 58.5 hp/l

Torque: 440 nm @ 3400 rpm.

Engine Model/Code: 2UZ-FE

Engine displacement: 4664 cm

Number of cylinders: 8

Engine configuration: V-engine

Number of valves per cylinder: 4

Fuel injection system: Multi-port manifold injection

Engine aspiration: Naturally aspirated Engine

Engine oil capacity: 6.2 l

Coolant: 12.6 l

Engine layout: Front, Longitudinal

Cylinder Bore: 94 mm

Piston Stroke: 84 mm

Compression ratio: 9.6

Performance:

Fuel Type: Petrol (Gasoline)

Weight-to-power ratio: 10 kg/Hp, 99.8 Hp/tonne

Weight-to-torque ratio: 6.2 kg/Nm, 160.9 Nm/tonne

Space:

Kerb Weight: 2735 kg

Max. weight: 4354 kg

Max load: 1619 kg

Fuel tank capacity: 100 l

dimensions:

Length: 5210 mm

Width: 2030 mm

Height: 1955 mm

wheelbase: 3100 mm

Front track: 1725 mm

Rear (Back) track: 1725 mm

Powertrain, Suspension and Brakes:

Drive wheel: All wheel drive (4x4)

Number of gears and type of gearbox: 5 gears, automatic transmission

Front brakes: Ventilated discs

Rear brakes: Disc

Assisting systems: ABS (Anti-lock braking system)

Tires size: 275/65 R18; 275/55 R20

Front suspension: Independent coil Spring

Rear suspension: Independent coil Spring