Engine |
|
Engine location | front, transverse |
Engine capacity, cm³ | 1975 |
Boost type | turbocharging |
Maximum power, hp/kW at rpm | 83 / 61 at 4000 |
Maximum torque, N*m at rpm | 174 at 2000 |
Cylinder arrangement | in-line |
Number of cylinders | 4 |
Number of valves per cylinder | 4 |
Engine power supply system | engine with undivided combustion chambers (direct fuel injection) |
Compression ratio | 23 |
Cylinder diameter and piston stroke, mm | 86 × 85 |
Engine type | diesel |
General information |
|
Brand country | Japan |
Car class | M |
Number of doors | 3 |
Performance indicators |
|
Fuel type | diesel fuel |
Sizes in mm |
|
Length | 4465 |
Width | 1669 |
Height | 1786 |
Wheelbase | 2235 |
Ground clearance | 180 |
Front track width | 1425 |
Rear track width | 1385 |
Suspension and brakes |
|
Type of front suspension | independent, spring |
Front brakes | disc |
Transmission |
|
Transmission | automatic |
Number of gears | 4 |
Drive type | rear |
The Toyota MasterAce Surf, a minivan produced from 1982 to 1991, is a testament to Toyota's commitment to practicality and reliability. This vehicle, with its 2.0 AT (83 hp) diesel engine, offers a unique blend of utility and efficiency, making it a standout choice for families and businesses alike. Its production period reflects a time when the automotive industry was shifting towards more fuel-efficient and versatile vehicles, and the MasterAce Surf was at the forefront of this transition.
Equipped with a 1975 cm³ diesel engine, the MasterAce Surf delivers a maximum power of 83 hp at 4000 rpm and a torque of 174 N*m at 2000 rpm. The engine features turbocharging and direct fuel injection, ensuring efficient fuel consumption and robust performance. The in-line 4-cylinder configuration with 4 valves per cylinder and a high compression ratio of 23:1 highlights the engineering prowess behind this vehicle. The front transverse engine layout and rear-wheel drive provide a balanced and stable driving experience, suitable for both urban and rural environments.
The MasterAce Surf comes with a 4-speed automatic transmission, offering smooth and effortless gear shifts. This transmission type, combined with rear-wheel drive, ensures a comfortable ride and reliable handling, making it an excellent choice for long journeys and heavy-duty tasks.
With dimensions of 4465 mm in length, 1669 mm in width, and 1786 mm in height, the MasterAce Surf provides ample space for passengers and cargo. The wheelbase of 2235 mm and ground clearance of 180 mm contribute to its stability and off-road capability. The independent front suspension with spring and disc brakes ensures a smooth and safe ride, even on rough terrains.
The research question guiding the evaluation of the Toyota MasterAce Surf is: "How does the combination of a diesel engine, automatic transmission, and rear-wheel drive contribute to the vehicle's overall performance and practicality?" The hypothesis posits that these features collectively enhance the vehicle's efficiency, reliability, and versatility, making it a superior choice in its class.
For those interested in the technical specifics, the MasterAce Surf's engine configuration, transmission type, and suspension system are detailed in the "Engine" and "Suspension and Brakes" sections. These sections provide in-depth information on the vehicle's mechanical components and their functionalities.
The author supports their claims with specific details such as the engine's power and torque ratings, the transmission type, and the suspension system. These details provide concrete evidence of the vehicle's performance and practicality. There are no counterarguments presented, as the focus is on highlighting the MasterAce Surf's strengths. The historical context of the text reflects the 1980s and early 1990s, a period when the automotive industry was increasingly focusing on fuel efficiency and versatility.
The underlying assumption of the author is that the combination of a diesel engine, automatic transmission, and rear-wheel drive inherently enhances a vehicle's performance and practicality. This text connects to broader themes in automotive engineering, such as the importance of fuel efficiency, reliability, and versatility in vehicle design. The MasterAce Surf exemplifies these principles, making it a noteworthy model in Toyota's lineup.