Engine |
|
Engine type | diesel |
Engine capacity, cm³ | 2982 |
Boost type | turbocharging |
Maximum power, hp/kW at rpm | 130 / 96 at 3600 |
Maximum torque, N*m at rpm | 289 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 | 21 |
Cylinder diameter and piston stroke, mm | 96 × 103 |
General information |
|
Brand country | Japan |
Car class | M |
Number of doors | 5 |
Performance indicators |
|
Fuel type | diesel fuel |
Sizes in mm |
|
Wheel size | 205 / 70 / R15 |
Length | 4790 |
Width | 1800 |
Height | 1965 |
Wheelbase | 2985 |
Ground clearance | 195 |
Front track width | 1560 |
Rear track width | 1540 |
Suspension and brakes |
|
Rear brakes | drum |
Type of front suspension | independent, torsion |
Type of rear suspension | dependent, spring |
Front brakes | disk ventilated |
Transmission |
|
Transmission | automatic |
Number of gears | 4 |
Drive type | rear |
Volume and weight |
|
Fuel tank capacity, l | 75 |
Curb weight, kg | 1930 |
The Toyota Granvia, a minivan produced from 1995 to 2002, is a versatile and reliable vehicle designed for both family and commercial use. With its spacious interior, robust diesel engine, and rear-wheel-drive configuration, the Granvia stands out as a practical choice for those seeking comfort and durability. This article delves into the key features, performance metrics, and design elements that make the Toyota Granvia a noteworthy option in the minivan segment.
The Toyota Granvia is powered by a 3.0-liter turbocharged diesel engine, delivering 130 horsepower and 289 Nm of torque. This engine, combined with a 4-speed automatic transmission, ensures smooth and efficient performance, particularly suited for long-distance travel or heavy-duty use. The minivan's rear-wheel-drive system enhances stability and traction, making it ideal for various driving conditions.
With dimensions of 4790 mm in length, 1800 mm in width, and 1965 mm in height, the Granvia offers ample space for passengers and cargo. Its wheelbase of 2985 mm contributes to a comfortable ride, while the ground clearance of 195 mm ensures versatility on uneven terrain. The vehicle's fuel tank capacity of 75 liters further supports extended journeys without frequent refueling stops.
The Granvia's diesel engine is designed for efficiency and durability. Its direct fuel injection system and turbocharging technology optimize fuel combustion, resulting in a balance of power and economy. The compression ratio of 21:1 enhances engine performance, while the in-line 4-cylinder configuration ensures smooth operation. The minivan's independent front torsion suspension and dependent rear spring suspension provide a comfortable ride, even on rough roads.
Braking performance is equally impressive, with ventilated front disc brakes and rear drum brakes offering reliable stopping power. The 205/70 R15 wheel size further enhances stability and handling, making the Granvia a dependable choice for both urban and rural environments.
Five critical findings about the Toyota Granvia include its reliable diesel engine, spacious and versatile design, rear-wheel-drive system, efficient fuel consumption, and comfortable suspension setup. These features make it a practical and durable choice for families and businesses alike.
The research question guiding this analysis is: What makes the Toyota Granvia a standout minivan in its class? The hypothesis is that its combination of a robust diesel engine, spacious design, and rear-wheel-drive system provides a unique blend of performance, comfort, and versatility that appeals to a wide range of users.
For those interested in the technical aspects, the Granvia's engine specifications, suspension system, and braking mechanisms are detailed in the "Engine," "Suspension and Brakes," and "Performance Indicators" sections. These sections provide in-depth insights into the vehicle's engineering and design.
The author supports claims about the Granvia's performance with specific details, such as its engine capacity, torque output, and suspension type. There are no counterarguments presented, as the focus is on highlighting the vehicle's strengths. Historically, the Granvia reflects the late 1990s and early 2000s trend toward versatile, family-friendly vehicles with robust engineering.
The underlying assumption is that the Toyota Granvia's design and features cater to users seeking reliability, space, and efficiency. This text connects to broader discussions about the evolution of minivans and the importance of balancing performance with practicality in vehicle design.