Engine |
|
Engine type | petrol |
Engine location | front, transverse |
Engine capacity, cm³ | 2000 |
Boost type | No |
Maximum power, hp/kW at rpm | 121 / 89 at — |
Maximum torque, N*m at rpm | undefined at — |
Cylinder arrangement | in-line |
Number of cylinders | 4 |
Engine power supply system | distributed injection |
General information |
|
Brand country | Japan |
Model assembly | Japan |
Car class | D |
Number of doors | 4 |
Sizes in mm |
|
Length | 4520 |
Width | 1690 |
Height | 1374 |
Wheelbase | 2600 |
Ground clearance | 160 |
Front track width | 1470 |
Rear track width | 1440 |
Suspension and brakes |
|
Type of front suspension | independent, spring |
Front brakes | disc |
Transmission |
|
Transmission | automatic |
Number of gears | 4 |
Drive type | full |
The Toyota Camry, a Japanese-made sedan, has been a reliable choice for drivers since its production began in 1986. This particular model, the 2.0 AT (121 hp) 4x4, is a testament to Toyota's commitment to quality and performance. With its automatic transmission and full drive type, this car is designed for both comfort and efficiency. The Camry's 4-cylinder petrol engine, with a capacity of 2000 cm³, delivers a maximum power of 121 hp, making it a robust option for everyday driving.
The Toyota Camry boasts a range of technical features that enhance its performance and safety. The engine, located at the front in a transverse position, is equipped with a distributed injection system, ensuring efficient fuel delivery. The car's independent front suspension and disc brakes provide a smooth and secure ride. With a ground clearance of 160 mm, the Camry is well-suited for various driving conditions, offering stability and control.
The Camry's design is both practical and stylish. Measuring 4520 mm in length, 1690 mm in width, and 1374 mm in height, it offers ample space for passengers and cargo. The wheelbase of 2600 mm contributes to the car's stability, while the front and rear track widths of 1470 mm and 1440 mm, respectively, ensure balanced handling. The sedan body type, with four doors, adds to the car's accessibility and convenience.
The research question guiding this overview is: "What makes the Toyota Camry (Japan) 2.0 AT (121 hp) 4x4 a reliable and efficient choice for drivers?" The hypothesis is that the combination of its robust engine, advanced transmission, and safety features makes the Camry a standout option in its class.
For those interested in the technical aspects of the Toyota Camry, the engine's in-line cylinder arrangement and distributed injection system are key features. The front, transverse engine placement optimizes space and weight distribution, contributing to the car's overall performance. The 4-speed automatic transmission is designed for seamless gear shifts, enhancing the driving experience.
The author supports the claims about the Toyota Camry's performance and reliability with specific details such as the engine's power output, transmission type, and suspension system. There are no counterarguments presented, as the focus is on highlighting the car's strengths. The historical context of the text reflects the late 1980s, a period when Toyota was establishing itself as a leader in the automotive industry, known for producing durable and efficient vehicles.
The underlying assumption of the author is that the Toyota Camry's technical specifications and design features make it a superior choice in its class. This text connects to broader ideas about automotive engineering and the importance of reliability and efficiency in vehicle design. The Camry's enduring popularity and production history further underscore its significance in the automotive market.
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In conclusion, the Toyota Camry (Japan) 2.0 AT (121 hp) 4x4 is a well-rounded sedan that combines performance, safety, and comfort. Its robust engine, advanced transmission, and reliable suspension system make it a standout choice for drivers seeking a dependable and efficient vehicle.