Dictionary of English language
Compare all cars
You can see differences between all cars
We give you possibility to compare all avtos

The hatchback 5 doors Toyota Duet 1998 - 2001 year modification 1.3 AT (110 hp)

Engine

Engine type petrol
Engine location front, transverse
Engine capacity, cm³ 1297
Boost type No
Maximum power, hp/kW at rpm 110 / 81 at 7000
Maximum torque, N*m at rpm 126 at 4400
Cylinder arrangement in-line
Number of cylinders 4
Number of valves per cylinder 4
Engine power supply system distributed injection
Compression ratio 11
Cylinder diameter and piston stroke, mm 72 × 79.7

General information

Brand country Japan
Model assembly Japan
Car class B
Number of doors 5

Performance indicators

Fuel consumption, l city / highway / combined — / — / 5.6
Fuel type Super (95)

Sizes in mm

Length 3660
Width 1600
Height 1450
Wheelbase 2370
Ground clearance 150
Front track width 1380
Rear track width 1360
Wheel size 145 / 80 / R13 165 / 65 / R14

Suspension and brakes

Type of front suspension independent, spring
Type of rear suspension semi-independent, spring
Front brakes disk ventilated
Rear brakes drum

Transmission

Transmission automatic
Number of gears 4
Drive type front

Volume and weight

Fuel tank capacity, l 37
Curb weight, kg 870

Overview of the Toyota Duet

The Toyota Duet, a compact hatchback produced between 1998 and 2001, is a quintessential example of Japanese engineering tailored for urban commuting. This five-door vehicle, classified under the B-segment, offers a blend of practicality, efficiency, and reliability. Assembled in Japan, the Duet is powered by a 1.3-liter petrol engine paired with a 4-speed automatic transmission, delivering 110 horsepower. Its compact dimensions and lightweight design make it an ideal choice for city driving, while its fuel efficiency ensures cost-effective operation.

Performance and Efficiency

The Toyota Duet is equipped with a 1297 cm³ inline-4 petrol engine, featuring a distributed injection system and a compression ratio of 11. This engine generates a maximum power of 110 hp at 7000 rpm and a torque of 126 N*m at 4400 rpm. The car's combined fuel consumption is an impressive 5.6 liters per 100 kilometers, making it an economical choice for daily commuters. The front-wheel-drive configuration and automatic transmission provide smooth handling, while the independent front and semi-independent rear suspension ensure a comfortable ride.

Design and Dimensions

The Duet's compact design is characterized by its 3660 mm length, 1600 mm width, and 1450 mm height, with a wheelbase of 2370 mm. These dimensions contribute to its agility and ease of parking in tight urban spaces. The car's ground clearance of 150 mm and wheel sizes of 145/80 R13 or 165/65 R14 enhance its stability and handling. The lightweight curb weight of 870 kg further improves fuel efficiency and maneuverability.

Safety and Comfort Features

While the Toyota Duet is designed primarily for practicality, it does not compromise on safety. The front ventilated disc brakes and rear drum brakes provide reliable stopping power. The independent front suspension and semi-independent rear suspension contribute to a smooth and stable ride. Although the car lacks advanced modern safety features, its robust build and reliable braking system ensure a secure driving experience.

Pros and Cons

  • Pros: Excellent fuel efficiency, compact and easy to maneuver, reliable Japanese engineering, smooth automatic transmission, lightweight design.
  • Cons: Limited safety features by modern standards, modest power output, basic interior amenities, discontinued production limits parts availability.

Critical Findings

Five critical findings about the Toyota Duet include its exceptional fuel efficiency, compact and practical design, reliable engine performance, smooth handling, and cost-effective operation. These attributes make it a standout choice for urban commuters seeking a dependable and economical vehicle.

Research Question and Hypothesis

The research question guiding this analysis is: "How does the Toyota Duet balance efficiency, performance, and practicality in a compact urban vehicle?" The hypothesis posits that the Duet achieves this balance through its lightweight design, efficient engine, and compact dimensions, making it an ideal choice for city driving.

Technical Details

For those interested in the technical specifics, the Toyota Duet's engine features a 72 mm cylinder diameter and a 79.7 mm piston stroke, with four valves per cylinder. The front transverse engine placement and front-wheel-drive configuration contribute to its efficient power delivery. The 37-liter fuel tank capacity ensures a reasonable range between refuels, further enhancing its practicality.

Historical Context

The Toyota Duet was introduced in 1998, a period when compact cars were gaining popularity due to increasing urbanization and the need for fuel-efficient vehicles. Its production until 2001 reflects Toyota's commitment to providing reliable and economical transportation solutions during a time of growing environmental awareness and rising fuel costs.

Analysis and Interpretation

The Toyota Duet reflects the automotive trends of the late 1990s, emphasizing efficiency and practicality over luxury and performance. Its design and engineering cater to the needs of urban commuters, offering a balance of reliability and cost-effectiveness. While it may lack some modern features, its enduring appeal lies in its simplicity and dependability.

Connections to Other Topics

The Toyota Duet's focus on fuel efficiency and compact design aligns with broader trends in the automotive industry, such as the shift towards smaller, more economical vehicles in response to environmental concerns and urban congestion. Its engineering principles and design philosophy can be seen in many contemporary compact cars, highlighting its influence on the evolution of urban transportation.

@section('yaMetrica') @endsection