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The minivan Toyota bB 2008 - 2016 year modification 1.3 AT (92 hp) 4x4

Engine

Engine type petrol
Engine location front, transverse
Engine capacity, cm³ 1297
Boost type No
Maximum power, hp/kW at rpm 92 / 68 at 6000
Maximum torque, N*m at rpm 123 at 4400
Cylinder arrangement in-line
Number of cylinders 4
Number of valves per cylinder 4
Engine power supply system distributed injection
Compression ratio 10
Cylinder diameter and piston stroke, mm 72 × 79.7

General information

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

Performance indicators

Fuel type Normal (92)
Maximum speed, km/h 160
Acceleration to 100 km/h, s 15.2

Sizes in mm

Length 3795
Width 1690
Height 1635
Wheelbase 2540
Ground clearance 150
Front track width 1470
Rear track width 1465
Wheel size 175 / 65 / R14 185 / 65 / R15

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 full

Volume and weight

Fuel tank capacity, l 40
Curb weight, kg 1100
Gross weight, kg 1375

Overview of the Toyota bB

The Toyota bB, a compact minivan produced from 2008 to 2016, is a unique vehicle that combines practicality with a quirky design. Assembled in Japan, this car is classified under the M segment and features a 5-door body type, making it an ideal choice for small families or urban drivers. With its 1.3-liter petrol engine and 4-speed automatic transmission, the bB offers a balanced mix of efficiency and performance. Its full-time all-wheel-drive system ensures stability and traction in various driving conditions, making it a versatile option for both city and light off-road use.

Performance and Engine Specifications

Under the hood, the Toyota bB is powered by a 1.3-liter inline-4 petrol engine that delivers 92 horsepower and 123 Nm of torque. While its acceleration to 100 km/h in 15.2 seconds may not be groundbreaking, it provides adequate power for daily commuting. The engine's distributed injection system ensures efficient fuel consumption, making it an economical choice for budget-conscious drivers. The car's maximum speed of 160 km/h is sufficient for highway driving, while its 40-liter fuel tank capacity offers decent range for long trips.

Design and Dimensions

The Toyota bB stands out with its boxy, utilitarian design, which maximizes interior space despite its compact dimensions. Measuring 3795 mm in length, 1690 mm in width, and 1635 mm in height, the bB is easy to maneuver in tight urban spaces. Its 2540 mm wheelbase and 150 mm ground clearance contribute to a comfortable ride and decent off-road capability. The car's wheel options, ranging from 175/65 R14 to 185/65 R15, provide flexibility for different driving needs.

Suspension and Braking System

The Toyota bB features an independent front suspension and a semi-independent rear suspension, both with spring setups, ensuring a smooth and stable ride. Ventilated front disc brakes and rear drum brakes provide reliable stopping power, enhancing safety. The combination of these features makes the bB a dependable vehicle for everyday use, offering a balance between comfort and control.

Pros and Cons

The Toyota bB has several strengths, including its compact yet spacious design, fuel efficiency, and all-wheel-drive capability. However, its relatively slow acceleration and modest engine power may not appeal to performance-oriented drivers. Additionally, the drum rear brakes, while functional, are less advanced compared to modern disc brake systems. Despite these limitations, the bB remains a practical and reliable choice for those seeking a versatile and economical vehicle.

Critical Findings

  • The Toyota bB is a compact minivan with a unique design, offering practicality and versatility.
  • Its 1.3-liter petrol engine provides 92 horsepower, making it suitable for urban driving but not for high-performance needs.
  • The all-wheel-drive system enhances stability and traction, making it a good option for light off-road use.
  • The car's boxy design maximizes interior space, despite its compact dimensions.
  • Fuel efficiency and a 40-liter tank capacity make it an economical choice for long-distance driving.

Research Question and Hypothesis

The research question guiding this analysis is: "How does the Toyota bB balance practicality, performance, and affordability in the compact minivan segment?" The hypothesis is that the bB achieves this balance through its efficient engine, all-wheel-drive system, and space-maximizing design, making it a competitive option for urban and light off-road use.

Technical Details

For those interested in the technical aspects of the Toyota bB, the car's engine features a 1297 cm³ capacity with a compression ratio of 10. The front transverse engine layout and 4-cylinder configuration ensure a compact and efficient design. The 4-speed automatic transmission and full-time all-wheel-drive system provide a seamless driving experience, while the suspension and braking systems contribute to overall stability and safety.

Historical Context

The Toyota bB was introduced during a time when compact, fuel-efficient vehicles were gaining popularity due to rising fuel prices and urbanization. Its production from 2008 to 2016 reflects Toyota's commitment to offering practical and economical vehicles for the modern driver. The bB's design and features align with the trends of its era, emphasizing functionality and efficiency over luxury and performance.

Analysis and Interpretation

The Toyota bB reflects the automotive industry's shift toward compact, versatile vehicles that cater to urban lifestyles. Its design and features prioritize practicality and efficiency, appealing to drivers who value functionality over flashiness. While it may not compete with high-performance vehicles, the bB's strengths lie in its reliability, affordability, and adaptability to various driving conditions. This text connects to broader trends in the automotive industry, highlighting the importance of balancing performance, practicality, and cost in vehicle design.

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