2002 Mitsubishi Minicab 660 CS high roof Specs


OVERVIEW

With a fuel consumption of 38.5 mpg US - 46.3 mpg UK - 6.1 L/100km, a weight of 1829 lbs (830 kg), the Mitsubishi Minicab 660 CS high roof has a SOHC12 valve 3 cylinder engine, a Regular gasoline engine 3G83. This engine 3G83 produces a maximum power of 48.6 PS (48 bhp - 35.7 kW) at 6000 rpm and a maximum torque of 61.7 Nm (45.5 lb.ft - 6.3 kg.m) at 4000 rpm. The engine power is transmitted to the road by the rear wheel drive (MID) with a 5MT gearbox. For stopping power, the Mitsubishi Minicab 660 CS high roof braking system includes Leading trailing drum brake at the rear and Disk at the front. Chassis details - Mitsubishi Minicab 660 CS high roof has 3 link coil spring rear suspension and McPherson strut coil spring front suspension for road holding and ride confort.

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GENERAL INFORMATION
Complectation Name660 CS high roof
Period of ProductionJan 2002 - Jul 2002
Drive Wheels - Traction - DrivetrainMID
Body TypeCommercial Van
Transmission Gearbox - Number of Speeds5MT
Engine Size - Displacement - Engine Capacity657 cm3 or 40 cu-in
Frame NameGD-U61V

MITSUBISHI MINICAB 660 CS HIGH ROOF SIZE, DIMENSIONS AND WEIGHT
Exterior Length339.5 cm or 133.66 inches
Exterior Width147.5 cm or 58.07 inches
Exterior Height189 cm or 74.4 inches
Wheelbase239 cm or 94.09 inches
Ride Height - Ground Clearance15 cm or 5.9 inches
Weight830 kg or 1829 lbs
Num. of Seats4
Num. of Doors5
Minimum Turning Circle - Turning Diameter, m4.3
Fuel Tank Capacity10.5 US gallons
8.7 UK gallons
40 L

MITSUBISHI MINICAB 660 CS HIGH ROOF ENGINE TECHNICAL DATA
Engine Code3G83
Maximum Power - Output - Horsepower48.6 PS or 48 bhp or 35.7 kW
Maximum Power RPM6000 rpm
Maximum Torque61.7 Nm or 45.5 lb.ft or 6.3 kg.m
Maximum Torque RPM4000 rpm
Engine Type - Number of CylindersSOHC12 valve 3 cylinder
Fuel TypeRegular gasoline
LEVlean burn MVV
Fuel Consumption (10/15 mode)38.5 mpg US
46.3 mpg UK
6.1 L/100km

MITSUBISHI MINICAB 660 CS HIGH ROOF SUSPENSION
Front Brakes - Disc DimensionsDisk
Rear Brakes - Disс DimensionsLeading trailing drum brake
Front SuspensionMcPherson strut coil spring
Rear Suspension3 link coil spring
Tyres - Rims Dimensions145 R12-6PR
Aluminium DiskStandart

MITSUBISHI MINICAB 660 CS HIGH ROOF EXTERIOR
SunroofNo
Tilt SunroofNo
Twin SunroofNo
Front SpoilerNo
Rear SpoilerNo
Power Adjustable Door MirrorsNo
Xenon LampsNo
Front Fog LampsNo
Rear Fog LampsNo
Cornering LampsNo
Ultraviolet Glass ProtectionNo
Roof RailNo

MITSUBISHI MINICAB 660 CS HIGH ROOF INTERIOR
Power WindowNo
Power SteeringOption
TachometerNo
Centralized Door LockOption
Keyless EnterNo
Right Hand DriveStandart
Left Hand DriveNo
Leather WindingNo
Adjustable SteeringNo
Wood PanelNo
Cruise ControlNo
Leather SeatNo
Power Adjustable SeatsNo
Reclining SeatsNo
Removable SeatsNo
Turning SeatsNo

MITSUBISHI MINICAB 660 CS HIGH ROOF SAFETY
Drivers AirbagOption
Passengers AirbagOption
Side AirbagNo
Side Impact BarStandart
TCSNo
Break AssistNo
Parking RadarNo
Central Power Window ControlNo
Additional Stop LightStandart

AMENITY
CoolerNo
Automatic Air ConditioningNo
Twin Conditioning SystemNo
Air PurifierNo
RadioOption
Autoreverse CasetteNo
CD PlayerNo
CD ChangerNo
MD PalyerNo
MD ChangerNo

OTHER
LSDNo
Front StabilizerNo
Rear StablilizerNo
Special EquipmentNo


- Present
- Option
- Not Present (or Dealer Option)



More photos Mitsubishi Minicab


By Brian Wong, Reviewed by: Kurt Niebuhr, Updated on April 19, 2024
📌 Introduction
📌 Model Overview
📌 Engine Specifications
📌 Fuel Efficiency
📌 Dimensions and Sizes
📌 Wheel Details
📌 Trim Levels
📌 Generational Changes
📌 Fuel Tank Capacity
📌 Conclusion
📌 Frequently Asked Questions about the Mitsubishi Minicab 660 CS High Roof

Introduction

In the year 2002, Mitsubishi introduced the Minicab 660 CS High Roof model, a compact yet versatile commercial van. This vehicle catered to the practical needs of businesses and individuals alike, offering a balance between size and utility. With its production span from January to July of that year, the 2002 Minicab 660 CS High Roof provided a cost-effective solution for various transportation requirements.

Designed with a focus on efficiency and functionality, this model boasted a 657 cm³ engine, denoted by the code 3G83. The engine, featuring a 3-cylinder SOHC configuration, exhibited a maximum power output of 48.6 PS. The streamlined design of the Minicab 660 CS High Roof was evident in its exterior dimensions, measuring approximately 339.5 cm in length and 147.5 cm in width. These compact dimensions facilitated maneuverability while maintaining a roomy interior.

Safety features included standard side impact bars, while optional airbags provided an extra layer of protection for drivers and passengers. The practical aspects of the vehicle were emphasized by its 5-speed manual transmission gearbox, ideal for navigating urban environments. The suspension system combined a McPherson strut coil spring setup in the front and a 3-link coil spring configuration in the rear, ensuring a balanced and comfortable ride.

With its modest fuel consumption rate of 38.5 mpg in the 10/15 mode, the Minicab 660 CS High Roof prioritized economical operation. This was complemented by its 10.5 US gallon fuel tank capacity, enhancing its range between refueling stops. Inside the vehicle, features like power windows and centralized door locking were available as options, offering convenience to occupants.

In summary, the 2002 Mitsubishi Minicab 660 CS High Roof emerged as a practical and efficient commercial van, tailored to meet the demands of both urban and suburban transportation needs. Its compact dimensions, well-designed suspension, and economical fuel consumption made it a suitable choice for businesses and individuals seeking a reliable and cost-effective mode of transportation.

Model Overview

The 2002 Mitsubishi Minicab 660 CS High Roof emerged as a practical and efficient solution for those seeking a compact commercial van. Positioned within the kei car category, this model catered to businesses and individuals with its modest dimensions and utilitarian design.

Characterized by its frame name GD-U61V, the Minicab 660 CS High Roof was available with a 5-speed manual transmission, providing precise control over gear changes. The heart of this vehicle was the 657 cm³ 3-cylinder SOHC engine, designated by the code 3G83. This engine delivered a maximum power output of 48.6 PS, ensuring sufficient power for various urban and suburban transportation needs.

The exterior dimensions of the Minicab 660 CS High Roof showcased its compact nature, with a length of approximately 339.5 cm and a width of 147.5 cm. These dimensions facilitated agile maneuverability, making it suitable for navigating through tight spaces and congested city streets. Its height of 189 cm provided ample headroom, contributing to a comfortable driving experience.

Inside, the vehicle accommodated up to four occupants with its four seats. The option for power steering added an element of convenience, enhancing the ease of handling during daily commutes. Additionally, centralized door locking was available, ensuring security for both driver and passengers.

With an emphasis on efficiency, the Minicab 660 CS High Roof showcased a lean burn MVV (Multi-valve Variable Valve) system, contributing to its economical fuel consumption. Its 10.5 US gallon fuel tank capacity extended its range, minimizing the frequency of refueling stops.

In conclusion, the 2002 Mitsubishi Minicab 660 CS High Roof stood as a versatile and compact commercial van, blending practicality with efficiency. Its agile dimensions, coupled with a fuel-efficient engine and thoughtful interior features, positioned it as a reliable choice for those seeking a vehicle tailored to urban and suburban transportation demands.

Engine Specifications

At the core of the 2002 Mitsubishi Minicab 660 CS High Roof lies a compact yet efficient engine that delivers a blend of power and economy. The engine, identified by the code 3G83, is a 657 cm³ 3-cylinder SOHC configuration. This design strikes a balance between performance and fuel efficiency, catering to the demands of both urban and suburban driving.

The engine's maximum power output of 48.6 PS ensures sufficient acceleration and responsiveness for a vehicle of its size and purpose. This power is generated at a maximum RPM of 6000, showcasing its capability to handle various driving conditions. Complementing the power output is the engine's maximum torque of 61.7 Nm, available at 4000 RPM. This torque figure contributes to the vehicle's ability to handle varying loads and terrains.

The 2002 Minicab 660 CS High Roof is equipped with a lean burn MVV (Multi-valve Variable Valve) system, optimizing fuel combustion for improved efficiency. The engine's configuration consists of 12 valves, enhancing the combustion process and promoting better fuel utilization. This contributes to the model's respectable fuel consumption figures.

Designed to run on regular gasoline, the 3G83 engine delivers an economical fuel consumption of 38.5 mpg in the 10/15 mode, equivalent to 46.3 mpg in the UK or 6.1 L/100km. This efficiency aligns with the vehicle's role as a practical and cost-effective solution for commercial and personal transportation needs.

In summary, the 2002 Mitsubishi Minicab 660 CS High Roof's engine specifications underscore its capacity to deliver a balance between power and efficiency. With its compact design, lean burn technology, and respectable fuel consumption, the engine contributes to the overall appeal of the vehicle, making it a reliable and economical choice for urban and suburban journeys.

Fuel Efficiency

The 2002 Mitsubishi Minicab 660 CS High Roof demonstrates an emphasis on fuel efficiency, making it a practical choice for those mindful of their transportation costs. With its compact design and a focus on economical operation, this vehicle stands as an example of Mitsubishi's commitment to balancing performance with responsible fuel consumption.

Powered by the 657 cm³ 3-cylinder SOHC engine with the code 3G83, the Minicab 660 CS High Roof showcases efficient fuel utilization through its lean burn MVV (Multi-valve Variable Valve) system. This technology optimizes the combustion process, enhancing fuel efficiency while maintaining performance levels.

The model's fuel consumption figures further highlight its efficiency. Operating under the 10/15 mode, the Minicab 660 CS High Roof achieves a fuel consumption rate of 38.5 mpg in the US, translating to 46.3 mpg in the UK or 6.1 L/100km. These numbers underscore the vehicle's suitability for urban and suburban driving scenarios, where minimizing fuel costs is a significant consideration.

With a fuel tank capacity of 10.5 US gallons or 8.7 UK gallons (40 liters), the Minicab 660 CS High Roof provides a sufficient range for various journeys before requiring refueling. This contributes to its practicality as both a commercial and personal transportation solution.

In conclusion, the 2002 Mitsubishi Minicab 660 CS High Roof excels in fuel efficiency, aligning with its role as a compact and cost-effective vehicle. Through its innovative lean burn technology and impressive fuel consumption figures, the model addresses the needs of those seeking an economical yet dependable mode of transportation.

Dimensions and Sizes

The 2002 Mitsubishi Minicab 660 CS High Roof boasts dimensions that emphasize its compact nature while maximizing interior space for occupants and cargo. The vehicle's design takes into account the demands of urban environments, offering agility and functionality in its size and layout.

Measuring approximately 339.5 cm in length and 147.5 cm in width, the Minicab 660 CS High Roof strikes a balance between maneuverability and interior comfort. Its modest exterior dimensions contribute to easy navigation through tight city streets and parking spaces, making it well-suited for urban commutes.

With an exterior height of 189 cm, the model provides ample headroom for both the driver and passengers. This height also accommodates the vehicle's commercial applications, allowing for convenient loading and unloading of cargo.

The wheelbase of the Minicab 660 CS High Roof spans about 239 cm, promoting stability and a smooth ride experience. Meanwhile, a minimum turning circle of 4.3 meters enhances the vehicle's ability to navigate corners and tight spaces with ease.

The ride height, also known as ground clearance, is set at 15 cm, contributing to a stable and controlled ride over various road surfaces. This feature enhances both driver confidence and passenger comfort.

Overall, the dimensions of the 2002 Mitsubishi Minicab 660 CS High Roof reflect its purpose as a compact and maneuverable commercial van. With its well-considered measurements, the vehicle accommodates the demands of urban transportation while maintaining a practical and comfortable interior space.

Wheel Details

The 2002 Mitsubishi Minicab 660 CS High Roof's wheel details contribute to its stability and maneuverability, enhancing its performance in both urban and suburban environments. Carefully designed to match the vehicle's compact dimensions, the wheels play a vital role in providing a comfortable and controlled ride.

The Minicab 660 CS High Roof is equipped with 145 R12-6PR tires, chosen to balance the vehicle's weight and dimensions. These tires offer a suitable blend of traction, durability, and fuel efficiency, aligning with the vehicle's emphasis on economical operation.

The use of standard aluminum disks underscores Mitsubishi's commitment to optimizing the vehicle's weight distribution and enhancing its overall balance. This choice of material contributes to a comfortable ride while maintaining stability, even during turns and sudden maneuvers.

These wheel details, carefully selected and integrated into the design, contribute to the 2002 Mitsubishi Minicab 660 CS High Roof's agile and responsive handling. The wheels' specifications complement the vehicle's compact dimensions, ensuring a smooth and controlled ride experience for drivers and passengers alike.

Trim Levels

The 2002 Mitsubishi Minicab 660 CS High Roof was offered with a practical and straightforward trim level that catered to its intended purpose as a versatile commercial van. Designed to provide essential features without unnecessary frills, this trim level addressed the needs of businesses and individuals seeking a reliable and functional vehicle.

The focus of the 660 CS High Roof trim was on utility and efficiency. It was equipped with a 657 cm³ 3-cylinder SOHC engine (3G83), which delivered a balance of power and fuel economy suitable for various urban and suburban transportation requirements. The 5-speed manual transmission ensured precise control over gear changes, while the lean burn MVV (Multi-valve Variable Valve) system enhanced fuel efficiency.

Inside, the trim level provided practicality with its option for power steering, simplifying maneuvering in city traffic and tight spaces. Centralized door locking, when selected, contributed to security and ease of use. While certain amenities like power windows and adjustable seats were optional, the focus remained on delivering a functional and reliable vehicle for daily tasks.

The Minicab 660 CS High Roof's trim level embodied Mitsubishi's commitment to providing a straightforward and economical solution. By prioritizing practical features and efficiency, this trim level addressed the core needs of commercial and personal transportation, making it a dependable choice for those seeking a cost-effective and reliable vehicle.

Generational Changes

The 2002 Mitsubishi Minicab 660 CS High Roof represents a specific model year within the Minicab lineup, and during this period, notable generational changes were not introduced. This particular model remained consistent with its compact and utilitarian design, catering to the practical transportation needs of businesses and individuals.

Throughout its production from January to July of 2002, the Minicab 660 CS High Roof retained its compact exterior dimensions, economical engine, and functional interior layout. Mitsubishi maintained a focus on efficiency, as showcased by the lean burn MVV (Multi-valve Variable Valve) system and the 657 cm³ 3-cylinder SOHC engine (3G83). This consistency in design allowed the vehicle to provide reliable and economical performance for its intended urban and suburban applications.

The absence of generational changes during the specified period suggests that Mitsubishi was content with the Minicab 660 CS High Roof's formula, which catered to the needs of its target audience. By maintaining a balance between compact dimensions, fuel efficiency, and functionality, the 2002 Minicab 660 CS High Roof delivered a dependable and consistent solution for transportation requirements without significant alterations or updates.

Fuel Tank Capacity

The 2002 Mitsubishi Minicab 660 CS High Roof is equipped with a fuel tank that underscores its practicality and efficiency for urban and suburban driving. With a fuel tank capacity of 10.5 US gallons (8.7 UK gallons or 40 liters), this vehicle strikes a balance between range and refueling frequency.

The generous fuel tank capacity of the Minicab 660 CS High Roof contributes to its suitability for various transportation needs. Whether used for commercial purposes or personal commuting, the vehicle's ample fuel storage minimizes the need for frequent refueling stops, enhancing convenience for drivers.

The design of the Minicab 660 CS High Roof's fuel tank aligns with Mitsubishi's commitment to delivering vehicles that offer reliable performance and economical operation. With a capacity that provides a respectable range before needing to refuel, this model underscores its suitability for urban and suburban journeys where efficiency is a key consideration.

Conclusion

In the ever-evolving landscape of compact vehicles, the 2002 Mitsubishi Minicab 660 CS High Roof stands as a testament to practicality and purpose-driven design. With its compact dimensions, efficient engine, and functional features, this model demonstrates Mitsubishi's commitment to delivering a dependable and economical solution for urban and suburban transportation needs.

The 660 CS High Roof trim level, marked by its emphasis on utility and efficiency, caters to businesses and individuals seeking a reliable yet economical commercial van. The lean burn MVV (Multi-valve Variable Valve) system complements the 657 cm³ 3-cylinder SOHC engine (3G83), highlighting a balance between power and fuel economy.

The vehicle's exterior dimensions, including its length, width, height, and wheelbase, reflect a compact and maneuverable design that facilitates easy navigation through crowded city streets. The utilization of standard aluminum disks further contributes to its stability and overall performance.

Within the cabin, the option for power steering and centralized door locking add convenience to the driving experience, while available power windows and adjustable seats enhance comfort. Safety features, such as side impact bars and optional airbags, prioritize the well-being of occupants.

The Minicab 660 CS High Roof's focus on fuel efficiency is evident in its lean burn technology and impressive fuel consumption figures. With a fuel tank capacity that offers a suitable range, the vehicle addresses both practical and economic considerations.

In conclusion, the 2002 Mitsubishi Minicab 660 CS High Roof epitomizes a harmonious blend of utility, efficiency, and reliability. Its purposeful design, economical engine, and thoughtful features position it as a dependable choice for those seeking a cost-effective and efficient mode of transportation in urban and suburban settings.

Frequently Asked Questions about the 2002 Mitsubishi Minicab 660 CS High Roof

What is the production period of the 2002 Mitsubishi Minicab 660 CS High Roof?

The 2002 Mitsubishi Minicab 660 CS High Roof was produced from January 2002 to July 2002.

What is the body type of the 2002 Mitsubishi Minicab 660 CS High Roof?

The body type of the 2002 Mitsubishi Minicab 660 CS High Roof is a commercial van.

Which engine powers the 2002 Mitsubishi Minicab 660 CS High Roof?

The 2002 Mitsubishi Minicab 660 CS High Roof is powered by a 657 cm³ 3-cylinder SOHC engine with the code 3G83.

What are the exterior dimensions of the 2002 Mitsubishi Minicab 660 CS High Roof?

The 2002 Mitsubishi Minicab 660 CS High Roof has exterior dimensions of approximately 339.5 cm in length, 147.5 cm in width, and 189 cm in height.

How many seats does the 2002 Mitsubishi Minicab 660 CS High Roof have?

The 2002 Mitsubishi Minicab 660 CS High Roof has seating for four occupants.

What is the fuel tank capacity of the 2002 Mitsubishi Minicab 660 CS High Roof?

The 2002 Mitsubishi Minicab 660 CS High Roof has a fuel tank capacity of 10.5 US gallons (8.7 UK gallons or 40 liters).

What is the engine type of the 2002 Mitsubishi Minicab 660 CS High Roof?

The 2002 Mitsubishi Minicab 660 CS High Roof features a 3-cylinder SOHC engine with a total of 12 valves.

What is the fuel efficiency of the 2002 Mitsubishi Minicab 660 CS High Roof?

The 2002 Mitsubishi Minicab 660 CS High Roof achieves a fuel consumption rate of 38.5 mpg in the 10/15 mode.

Does the 2002 Mitsubishi Minicab 660 CS High Roof come with power steering?

Yes, power steering is available as an option for the 2002 Mitsubishi Minicab 660 CS High Roof.

Are airbags included in the 2002 Mitsubishi Minicab 660 CS High Roof?

The 2002 Mitsubishi Minicab 660 CS High Roof offers optional airbags for both the driver and passengers.


Brian Wong - Senior Reviews Editor of cars-directory.net

Brian Wong / Author

Brian Wong is an accomplished automotive journalist and editor with a passion for cars. With over a decade of experience in the industry, he has established himself as a trusted voice in the automotive community. Brian has written extensively about a wide range of topics in the field, from the latest trends in car design to innovative safety features and emerging technologies. As a senior reviews editor, he is responsible for test driving and analyzing the latest cars on the market, providing readers with accurate and objective reviews. His articles are widely read and respected for their depth of knowledge and analysis. Brian is committed to staying at the forefront of the latest developments in the automotive industry, and is dedicated to sharing his expertise and insights with his readers.

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