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Toyota Celica
Toyota Celica




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Toyota Celica Engine

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1 Engine
1.1 Engine type
I4
1.2 Power
1.2.1 Max power
Devel Sixteen E..
142.00 PS
Rank: 100 (Overall)
Toyota Sports 800 Engine
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1.2.2 Power RPM
6400 rpm
1.3 Torque
1.3.1 Max torque
Devel Sixteen E..
170 Nm
Rank: 100 (Overall)
Toyota Sports 800 Engine
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1.3.2 Torque RPM
4200 rpm
1.4 Cylinders
1.4.1 Number of cylinders
Bugatti Veyron ..
4
Rank: 7 (Overall)
Toyota Sports 800 Engine
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1.4.2 Valves per cylinder
Chevrolet Camar..
4
Rank: 4 (Overall)
Dodge Challenger R/T Shaker Engine
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1.4.3 Valve configuration
Double overhead camshaft (DOHC)
1.5 Engine displacement
Dodge Viper SRT..
1800 cc
Rank: 100 (Overall)
Daihatsu Copen Engine
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1.6 Supercharger
17% Toyota Sports Cars have it !
1.7 Turbocharger
33% Toyota Sports Cars have it !
1.8 Bore and stroke
1.8.1 Bore diameter
Panther 6 Engine
3.11 mm
Rank: 77 (Overall)
Toyota Celica Engine
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1.8.2 Stroke length
Panther 6 Engine
3.61 mm
Rank: 100 (Overall)
Toyota Celica Engine
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1.9 Cooling system
Not Available
1.10 Compression ratio
Renault Alpine ..
10.00 :1
Rank: 40 (Overall)
McLaren P1 Engine
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1.11 Redline
Ferrari LaFerra..
Not Available
Rank: N/A (Overall)
Toyota Sports 800 Engine
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1.12 Emission class
Not Available
1.13 Engine management system
Not Available
1.14 Lubrication system
Not Available

Toyota Celica Engine Type

Engine is an integral part of any sports car. Toyota Celica engine type is I4 which consists of 4 cylinders mounted in a straight line, or plane along the crankcase. It is cheap and gives a better fuel mileage. Toyota Celica engine is mainly responsible for Toyota Celica Top Speed! The valve configuration of the Toyota Celica cylinder valves in engine is Double overhead camshaft (DOHC). DOHC means there are two camshafts for each cylinder bank to control the valves of the cylinders. One camshaft controlling the intake valves and the other controlling the exhaust valves. It improves the combustion efficiency. Toyota Celica engine has 4 cylinders and every cylinder has 4 valves. Toyota Celica engine displacement is 1800 cc and its bore and stroke is 3.11 mm and 3.61 mm respectively! You can increase the power by increasing the displacemnet of the cylinder or by increasing the bore diameter or stroke length but only up to a certain limit. Toyota Celica compression ratio is 10.00 :1 and its the ratio of the largest capacity to the smallest capacity of the internal combustion engine.

Engine System of Toyota Celica

Engine System of Toyota Celica is the most vital aspect considering fuel efficiency and price economics. Information on engine management system of Toyota Celica is not available. Toyota Celica cooling system is not available. The cooling system helps to release the waste heat and improves heat transfer in the engine! Information on lubrication system of Toyota Celica is not available. Emission class is not available.

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