1990 Mitsubishi Minicab 660 XL high roof Specs


OVERVIEW

With a fuel consumption of 39.2 mpg US - 47 mpg UK - 6.0 L/100km, a weight of 1675 lbs (760 kg), the Mitsubishi Minicab 660 XL high roof has a water cooling 4 cycle OHC 3 cylinder engine, a Regular gasoline engine 3G83. This engine 3G83 produces a maximum power of 38.5 PS (38 bhp - 28.3 kW) at 5500 rpm and a maximum torque of 51.9 Nm (38.3 lb.ft - 5.3 kg.m) at 4500 rpm. The engine power is transmitted to the road by the rear wheel drive (MID) with a 3AT gearbox. For stopping power, the Mitsubishi Minicab 660 XL high roof braking system includes Leading trailing drum brake at the rear and 2 leading at the front. Stock tire sizes are 145S on 12 inch rims at the rear and 145S on 12 inch rims at the front. Chassis details - Mitsubishi Minicab 660 XL high roof has semicircle leaf spring rear suspension and McPherson strut coil spring front suspension for road holding and ride confort.

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GENERAL INFORMATION
Complectation Name660 XL high roof
Period of ProductionMar 1990 - Dec 1990
Drive Wheels - Traction - DrivetrainMID
Body TypeCommercial Van
Transmission Gearbox - Number of Speeds3AT
Engine Size - Displacement - Engine Capacity657 cm3 or 40 cu-in
Frame NameM-U18V

MITSUBISHI MINICAB 660 XL HIGH ROOF SIZE, DIMENSIONS AND WEIGHT
Exterior Length326.5 cm or 128.54 inches
Exterior Width139.5 cm or 54.92 inches
Exterior Height185 cm or 72.83 inches
Wheelbase178 cm or 70.07 inches
Front Axle Length119.5 cm or 47.04 inches
Rear Axle Length119 cm or 46.85 inches
Ride Height - Ground Clearance14 cm or 5.51 inches
Weight760 kg or 1675 lbs
Num. of Seats4
Num. of Doors5
Minimum Turning Circle - Turning Diameter, m3.7
Fuel Tank Capacity9.5 US gallons
7.9 UK gallons
36 L

MITSUBISHI MINICAB 660 XL HIGH ROOF ENGINE TECHNICAL DATA
Engine Code3G83
Maximum Power - Output - Horsepower38.5 PS or 38 bhp or 28.3 kW
Maximum Power RPM5500 rpm
Maximum Torque51.9 Nm or 38.3 lb.ft or 5.3 kg.m
Maximum Torque RPM4500 rpm
Engine Type - Number of Cylinderswater cooling 4 cycle OHC 3 cylinder
Fuel TypeRegular gasoline
Fuel Consumption (60 km/h mode)39.2 mpg US
47 mpg UK
6.0 L/100km
1st Gear Ratio2.728
2nd Gear Ratio1.536
3rd Gear Ratio1
Rear Gear Ratio2.22
Compression Ratio10
Bore6.5 cm or 2.55 inches
Stroke6.6 cm or 2.59 inches

MITSUBISHI MINICAB 660 XL HIGH ROOF SUSPENSION
Front Brakes - Disc Dimensions2 leading
Rear Brakes - Disс DimensionsLeading trailing drum brake
Front SuspensionMcPherson strut coil spring
Rear Suspensionsemicircle leaf spring
Front Tyres - Rims Dimensions145S R12
Rear Tyres - Rims Dimensions145S R12
Tyres - Rims Dimensionsfront 5.00-10-4PR rear 5.00-10-6PR
Aluminium DiskStandart

MITSUBISHI MINICAB 660 XL 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
Back WiperStandart

MITSUBISHI MINICAB 660 XL HIGH ROOF INTERIOR
Power WindowNo
Power SteeringNo
TachometerNo
Centralized Door LockNo
Keyless EnterNo
Right Hand DriveStandart
Left Hand DriveNo
Leather WindingNo
Adjustable SteeringNo
Telescopic SteeringNo
Tilt SteeringStandart
Wood PanelNo
Cruise ControlNo
Leather SeatNo
Power Adjustable SeatsNo
Power Ajustable Front SeatNo
Power Ajustable Back SeatNo
Reclining SeatsNo
Removable SeatsNo
Turning SeatsNo

MITSUBISHI MINICAB 660 XL HIGH ROOF SAFETY
Drivers AirbagNo
Passengers AirbagNo
Side AirbagNo
Side Impact BarNo
TCSNo
Break AssistNo
Parking RadarNo
Central Power Window ControlNo
Additional Stop LightNo
Safety Belt PretensionerNo
Safety Belt LimiterNo
3 Point Safety BeltNo
Child Car RestraintsNo
Durable FrameNo

AMENITY
CoolerNo
Automatic Air ConditioningNo
Twin Conditioning SystemNo
Air PurifierNo
RadioNo
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 March 28, 2024
πŸ“Œ Introduction to the 1990 Mitsubishi Minicab 660 XL High Roof
πŸ“Œ Exterior Dimensions and Sizes
πŸ“Œ Interior Space and Seating
πŸ“Œ Engine Options Available
πŸ“Œ Fuel Tank Capacity Specifications
πŸ“Œ Fuel Consumption Rates (MPG)
πŸ“Œ Understanding Fuel Capacity
πŸ“Œ Fuel Efficiency and Average Consumption
πŸ“Œ Wheel Options and Configurations
πŸ“Œ Unveiling the MPG Performance
πŸ“Œ Trim Levels and Features
πŸ“Œ Generations of the Minicab 660 XL
πŸ“Œ Historical Significance
πŸ“Œ Modifications and Variations
πŸ“Œ Conclusion: The 1990 Mitsubishi Minicab 660 XL High Roof in Review
πŸ“Œ FAQ: All You Need to Know About the Mitsubishi Minicab 660 XL High Roof

Introduction to the 1990 Mitsubishi Minicab 660 XL High Roof

The 1990 Mitsubishi Minicab 660 XL High Roof holds a special place in the history of compact commercial vans. This remarkable vehicle was in production for a specific period, from March 1990 to December 1990, offering a unique blend of utility and efficiency.

Design and Purpose: This model was designed primarily as a commercial van, tailored to meet the demands of businesses and individuals requiring a compact yet capable vehicle for various purposes. Its distinctive high roof design sets it apart, providing ample cargo space and versatility.

Drivetrain and Transmission: The Minicab 660 XL featured a MID (Mid-Engine Rear-Wheel Drive) configuration, contributing to its balanced performance. Equipped with a 3-speed automatic transmission, it offered ease of use, making it accessible for a wide range of drivers.

Engine Power: Under the hood, the Minicab 660 XL High Roof housed a 657 cm3 engine (3G83), delivering 38.5 PS (38 bhp) of power at 5500 rpm. This compact yet efficient engine allowed the vehicle to handle urban and suburban tasks with ease.

Compact Dimensions: In terms of size and dimensions, this Mitsubishi model measured approximately 326.5 cm in length, 139.5 cm in width, and 185 cm in height. Its compact exterior dimensions made it ideal for navigating through tight spaces and crowded city streets.

Seating and Capacity: With seating for up to four occupants and five doors, this vehicle could comfortably accommodate both passengers and cargo. The four seats were arranged to maximize interior space while maintaining its compact footprint.

Fuel Efficiency: The Minicab 660 XL High Roof showcased impressive fuel efficiency, with a reported fuel consumption rate of 39.2 mpg (U.S.) in a 60 km/h mode, making it a cost-effective choice for businesses and drivers seeking to minimize operating expenses.

Exterior Features: While practicality was a primary focus, this model featured a straightforward exterior design without additional luxuries or elaborate features. It was designed to get the job done efficiently and reliably.

Interior Amenities: Inside the cabin, you'd find a functional layout, but it lacked certain modern amenities like power windows, power steering, or advanced infotainment systems. Instead, it prioritized simplicity and durability.

Safety Considerations: Safety features were relatively basic, with no airbags, side-impact bars, or advanced assistance systems. However, its durable frame provided a level of security for occupants.

In essence, the 1990 Mitsubishi Minicab 660 XL High Roof represented a practical and reliable choice for commercial use during its production period. Its compact size, utilitarian design, and commendable fuel efficiency made it a valuable asset for businesses and individuals alike.

Exterior Dimensions and Sizes

The exterior dimensions and sizes of the 1990 Mitsubishi Minicab 660 XL High Roof played a crucial role in defining its practicality and versatility as a compact commercial van. This vehicle's dimensions were carefully designed to strike a balance between maneuverability and cargo-carrying capacity.

Length: The total exterior length of the Minicab 660 XL measured approximately 326.5 cm (128.54 inches). This compact length allowed it to navigate through congested urban areas with ease while providing adequate cargo space.

Width: With a width of about 139.5 cm (54.92 inches), the vehicle maintained a relatively narrow profile, which was advantageous for fitting into tight parking spaces and driving through narrow streets.

Height: The exterior height of the 1990 Minicab 660 XL was around 185 cm (72.83 inches), including the high roof design. This height provided the vehicle with an extended cargo area, accommodating various types of cargo and equipment.

Wheelbase: The wheelbase, which is the distance between the front and rear axles, measured about 178 cm (70.07 inches). A balanced wheelbase contributed to the vehicle's stability, even when carrying substantial cargo loads.

Front and Rear Axle Lengths: The front axle length was approximately 119.5 cm (47.04 inches), and the rear axle length was around 119 cm (46.85 inches). These measurements influenced the vehicle's weight distribution and handling characteristics.

Ground Clearance: The Minicab 660 XL had a ground clearance of about 14 cm (5.51 inches), providing just enough clearance to navigate over uneven terrain while maintaining stability on the road.

Weight: The vehicle had a weight of approximately 760 kg (1675 lbs), which included its structure, engine, and other components. This lightweight design contributed to its fuel efficiency and agility.

Seating and Door Configuration: With four seats and five doors, this compact van was well-suited for both transporting passengers and carrying cargo. The seating arrangement was optimized to maximize interior space.

Turning Circle: The Minicab 660 XL boasted an impressive minimum turning circle with a turning diameter of 3.7 meters, enhancing its maneuverability in tight spaces.

In summary, the 1990 Mitsubishi Minicab 660 XL High Roof featured compact exterior dimensions and sizes that made it an ideal choice for urban deliveries, commercial use, and tasks that required nimble maneuvering. Its high roof design allowed for efficient cargo storage while its overall dimensions contributed to its practicality in various driving environments.

Interior Space and Seating

The interior space and seating configuration of the 1990 Mitsubishi Minicab 660 XL High Roof were designed with a focus on practicality and functionality, catering to the needs of both passengers and cargo. This compact commercial van offered a utilitarian yet comfortable interior layout.

Seating Capacity: The Minicab 660 XL was equipped with seating for up to four occupants. The seating arrangement was thoughtfully designed to maximize interior space while maintaining a compact footprint. This configuration allowed for the transportation of a small work crew or additional passengers, making it versatile for various tasks.

Doors: With five doors, including the rear hatch, the Minicab provided convenient access to both the front and rear passenger compartments. This design facilitated easy entry and exit, particularly when loading and unloading cargo.

Interior Layout: The interior layout featured a straightforward and functional design. While it did not offer luxurious amenities, it prioritized durability and practicality, making it suitable for demanding commercial applications.

Cargo Space: In addition to seating, the Minicab's interior had ample cargo space. The high roof design allowed for the storage of various types of cargo and equipment. The rear area could be configured to accommodate tools, supplies, or goods, making it an asset for businesses with delivery or transport needs.

Driver's Position: The driver's seat was designed to provide a clear view of the road and easy access to essential controls. While it did not feature advanced features like power adjustments or advanced instrumentation, it offered a straightforward and functional driving experience.

Passenger Comfort: While the focus of the Minicab 660 XL was on utility, the seats were designed to provide basic comfort for occupants during transit. The interior's layout allowed for efficient use of space, ensuring that passengers had sufficient legroom and headroom.

Interior Amenities: The interior of the 1990 Mitsubishi Minicab 660 XL High Roof did not include advanced amenities like power windows, power steering, or high-end infotainment systems. Instead, it emphasized simplicity and reliability.

Versatile Usage: The interior of the Minicab was versatile, making it suitable for various applications, including local deliveries, service calls, and small business operations. Its compact size and functional design contributed to its popularity among businesses.

In summary, the 1990 Mitsubishi Minicab 660 XL High Roof's interior space and seating arrangement were designed to offer a practical and versatile environment for both passengers and cargo. While it lacked luxury features, it excelled in providing a reliable and efficient solution for commercial and transport needs.

Engine Options Available

The 1990 Mitsubishi Minicab 660 XL High Roof offered a straightforward engine option, designed to provide dependable performance while maintaining fuel efficiency. This engine played a crucial role in defining the vehicle's capabilities.

Engine Type: The engine powering the 1990 Minicab 660 XL High Roof was the 3G83. It featured water cooling, a 4-cycle operation, and an overhead camshaft (OHC). This engine type was known for its reliability and efficiency, making it suitable for a compact commercial van like the Minicab.

Cylinder Configuration: The 3G83 engine was a 3-cylinder configuration. This design struck a balance between power and fuel efficiency, allowing the Minicab to handle various driving scenarios while keeping operating costs in check.

Displacement: The engine had a displacement of approximately 657 cm³ (cubic centimeters) or 40 cubic inches. This modest engine size contributed to the vehicle's fuel efficiency and was well-suited for city and suburban driving.

Power Output: The engine delivered a maximum power output of 38.5 PS (38 brake horsepower) at 5500 rpm. While not designed for high-speed performance, it provided sufficient power for the vehicle's intended commercial and utility purposes.

Torque: With a maximum torque of 51.9 Nm (Newton-meters) or 38.3 lb.ft (pound-feet) at 4500 rpm, the engine offered adequate low-end torque, which was beneficial for tasks such as carrying cargo and navigating urban streets.

Fuel Type: The engine ran on regular gasoline, which was readily available and cost-effective, aligning with the vehicle's economical design.

Fuel Efficiency: The 1990 Minicab 660 XL High Roof demonstrated impressive fuel efficiency, with a reported fuel consumption rate of 39.2 miles per gallon (U.S.) in a 60 km/h mode or 47 miles per gallon (UK), equivalent to approximately 6.0 L/100km. This level of fuel efficiency made it an economical choice for businesses and drivers.

In summary, the engine option available for the 1990 Mitsubishi Minicab 660 XL High Roof was a well-balanced choice, delivering the necessary power for commercial use while prioritizing fuel efficiency. Its reliability and efficient operation made it a suitable match for this compact commercial van.

Fuel Tank Capacity Specifications

The fuel tank capacity specifications of the 1990 Mitsubishi Minicab 660 XL High Roof were a crucial aspect of its design, determining the range and practicality of this compact commercial van.

Fuel Tank Capacity: The 1990 Minicab 660 XL High Roof was equipped with a fuel tank that could hold approximately 9.5 U.S. gallons or 7.9 UK gallons of fuel, equivalent to approximately 36 liters. This tank capacity was well-matched to the vehicle's fuel-efficient engine, allowing it to cover substantial distances on a single tank of fuel.

Economical Range: With a fuel consumption rate of 39.2 miles per gallon (U.S.) in a 60 km/h mode or 47 miles per gallon (UK), the Minicab 660 XL offered an economical driving experience. The generous fuel tank capacity further extended its range, making it suitable for local deliveries and longer trips between refueling.

Cost-Effective Operation: The combination of a modest engine size, efficient fuel consumption, and a reasonably sized fuel tank made this Mitsubishi model cost-effective to operate. It appealed to businesses and individuals seeking to minimize fuel expenses while maintaining practicality.

Versatile Applications: The fuel tank capacity specifications allowed the Minicab 660 XL High Roof to adapt to various applications, including small-scale commercial deliveries, service runs, and short-distance transportation needs. Its range was sufficient for typical daily tasks.

Refueling Convenience: The fuel tank capacity was designed with convenience in mind. It struck a balance between providing an adequate range and keeping the vehicle's weight and dimensions manageable. This design made it easy for drivers to find refueling stations and maintain efficient operations.

In summary, the fuel tank capacity of the 1990 Mitsubishi Minicab 660 XL High Roof was a key element in its practicality and cost-effective operation. It allowed the vehicle to cover substantial distances while minimizing fuel expenses, making it a reliable choice for various commercial and transportation needs.

Fuel Consumption Rates (MPG)

The fuel consumption rates, measured in miles per gallon (MPG), of the 1990 Mitsubishi Minicab 660 XL High Roof were a notable feature of this compact commercial van. These rates underscored its reputation for efficiency and cost-effective operation.

Impressive Fuel Efficiency: The Minicab 660 XL High Roof was known for its impressive fuel efficiency, making it an attractive choice for businesses and drivers looking to minimize operating costs. It boasted a fuel consumption rate of 39.2 MPG in a 60 km/h mode (U.S.) or 47 MPG (UK). This level of efficiency translated to approximately 6.0 liters per 100 kilometers, a testament to its economical design.

Urban-Friendly: The vehicle's fuel consumption rates were well-suited for urban and suburban driving, where stop-and-go traffic and shorter trips were common. Its efficient engine and lightweight construction contributed to these favorable consumption figures.

Cost Savings: The combination of excellent fuel efficiency and a reasonably sized fuel tank meant that owners and operators could enjoy cost savings over the long term. Lower fuel consumption translated into reduced refueling frequency and expenses, making it a practical choice for businesses with tight budgets.

Environmental Considerations: The Minicab's efficient fuel consumption rates also had environmental benefits. Its reduced fuel consumption meant lower emissions, aligning with environmental regulations and concerns.

Versatile Performance: The vehicle's fuel efficiency allowed it to adapt to a wide range of tasks, from local deliveries to service calls and small-scale transportation needs. It provided the versatility needed for various applications.

Driver-Friendly: Drivers appreciated the Minicab's fuel-efficient performance, as it allowed for longer operating hours without frequent stops for refueling. This efficiency contributed to productivity and convenience for those behind the wheel.

In summary, the 1990 Mitsubishi Minicab 660 XL High Roof's fuel consumption rates, measured in miles per gallon (MPG), were a standout feature, emphasizing its economical and practical design. Its ability to deliver cost-effective operation while maintaining efficiency made it a reliable choice for businesses and individuals alike.

Understanding Fuel Capacity

Understanding the fuel capacity of the 1990 Mitsubishi Minicab 660 XL High Roof is essential to appreciate the range and practicality of this compact commercial van. The fuel capacity was carefully designed to strike a balance between efficiency and functionality.

Adequate Fuel Reservoir: The Minicab 660 XL High Roof featured a fuel tank with a capacity of approximately 9.5 U.S. gallons (7.9 UK gallons or 36 liters). This capacity allowed the vehicle to store a sufficient amount of fuel to support its operation while keeping the overall weight manageable.

Balancing Act: The design of the fuel tank took into account the vehicle's compact size and the need for efficient transportation. The capacity was chosen to provide an appropriate balance between extended range and the practicality of maintaining maneuverability in urban environments.

Optimized for Efficiency: The relatively modest fuel capacity was well-matched to the vehicle's fuel-efficient engine, resulting in a considerable driving range on a single tank of fuel. This made the Minicab 660 XL High Roof a cost-effective choice for businesses and individuals alike.

Refueling Convenience: The chosen fuel capacity allowed drivers to conveniently find refueling stations without the need for frequent stops. This convenience factor contributed to efficient daily operations and reduced downtime.

Economic Benefits: The economical design of the Minicab 660 XL, including its fuel capacity, translated to financial savings over time. Owners and operators could enjoy lower fuel expenses, making it a practical investment for various commercial and transportation needs.

Practical Range: The vehicle's fuel capacity and consumption rates offered a practical driving range for typical daily tasks, including local deliveries, service runs, and short-distance transportation. It was optimized for the demands of urban and suburban environments.

In summary, understanding the fuel capacity of the 1990 Mitsubishi Minicab 660 XL High Roof is key to recognizing its efficient and practical design. The chosen fuel capacity allowed for extended range while maintaining the vehicle's maneuverability and cost-effectiveness, making it a reliable choice for diverse commercial and transportation applications.

Fuel Efficiency and Average Consumption

Fuel efficiency and average consumption were defining features of the 1990 Mitsubishi Minicab 660 XL High Roof, contributing to its reputation as an economical and practical choice for various transportation needs.

Impressive Fuel Efficiency: The Minicab 660 XL High Roof stood out for its impressive fuel efficiency, a critical consideration for businesses and individuals seeking to minimize operating costs. With a reported fuel consumption rate of 39.2 miles per gallon (U.S.) in a 60 km/h mode or 47 miles per gallon (UK), equivalent to approximately 6.0 liters per 100 kilometers, it delivered exceptional economy.

Economical Operation: The efficient engine, coupled with a lightweight design and streamlined construction, allowed this Mitsubishi model to excel in terms of fuel efficiency. It was designed with the economy of operation in mind, making it a budget-friendly choice for daily use.

Reduced Environmental Impact: The lower fuel consumption rates of the Minicab 660 XL High Roof contributed to a reduced environmental footprint. Its efficiency translated to lower emissions, aligning with environmental regulations and sustainability goals.

Versatile Performance: The combination of an efficient engine and economical fuel consumption rates allowed the vehicle to adapt to a wide range of applications. It could handle urban and suburban driving with ease while delivering cost-effective operation.

Cost Savings: The cost savings associated with the Minicab's fuel efficiency were a significant benefit for businesses. Lower fuel expenses translated into improved profitability and financial stability.

Practicality in Action: The practicality of the Minicab's fuel efficiency and average consumption made it an asset for tasks such as local deliveries, service calls, and small-scale transportation needs. It was designed to provide a reliable and economical solution for daily operations.

In summary, the 1990 Mitsubishi Minicab 660 XL High Roof's fuel efficiency and average consumption rates were fundamental to its identity as an economical and practical compact commercial van. Its ability to combine efficiency with versatility made it a reliable choice for a wide range of transportation applications.

Wheel Options and Configurations

Wheel options and configurations on the 1990 Mitsubishi Minicab 660 XL High Roof played a crucial role in its overall performance and suitability for various tasks. These aspects were designed with practicality and versatility in mind.

Wheel Size: The Minicab 660 XL High Roof came equipped with wheels sized at 145S R12. These wheels were chosen to strike a balance between maneuverability, load-carrying capacity, and ride comfort. Their design complemented the vehicle's compact dimensions.

Front and Rear Wheels: Both the front and rear wheels shared the same size and configuration, simplifying maintenance and replacement. This uniformity contributed to the vehicle's reliability and ease of ownership.

Tire Design: The choice of 145S R12 tires was well-suited to the vehicle's intended applications. These tires provided adequate grip on various road surfaces while offering durability and longevity, important factors for commercial use.

Load-Carrying Capability: The wheel options and configurations were selected to accommodate the Minicab's load-carrying capabilities. Whether used for transporting cargo or passengers, the wheels were designed to support the vehicle's intended functions.

Maneuverability: The wheel size and configuration allowed the Minicab 660 XL High Roof to maintain maneuverability in urban environments. It could navigate through tight spaces and negotiate sharp turns with ease, making it a practical choice for city driving.

Cost-Effective Maintenance: The uniformity of wheel size and design simplified maintenance and replacement. Owners and operators could easily find replacement tires when needed, reducing downtime and operating costs.

In summary, the wheel options and configurations of the 1990 Mitsubishi Minicab 660 XL High Roof were selected to enhance its practicality, maneuverability, and load-carrying capabilities. These aspects contributed to the vehicle's overall reliability and suitability for a wide range of transportation tasks.

Unveiling the MPG Performance

Unveiling the MPG (Miles Per Gallon) performance of the 1990 Mitsubishi Minicab 660 XL High Roof sheds light on its exceptional fuel efficiency, a defining feature of this compact commercial van.

Impressive Fuel Efficiency: The Minicab 660 XL High Roof was celebrated for its remarkable MPG performance. With a fuel consumption rate of 39.2 miles per gallon (U.S.) in a 60 km/h mode or 47 miles per gallon (UK), it showcased an economical operation that appealed to both businesses and individual drivers.

Economical Urban Driving: The vehicle's MPG performance was particularly advantageous for urban driving, where stop-and-go traffic and shorter trips were common. Its efficiency translated to reduced fuel expenses during daily city commutes.

Cost-Effective Operation: Owners and operators of the Minicab 660 XL could enjoy significant cost savings over time. Lower fuel consumption equated to fewer trips to the fuel pump and decreased operating expenses, making it a practical investment.

Environmental Considerations: The reduced fuel consumption not only benefited owners financially but also had a positive environmental impact. Lower emissions resulted from the efficient operation, aligning with environmental regulations and sustainability goals.

Versatile Applications: The impressive MPG performance allowed the Minicab to adapt to various applications, from local deliveries to service calls and small-scale transportation. Its efficient operation made it suitable for a wide range of tasks.

Extended Range: The economical MPG performance, combined with a reasonably sized fuel tank, offered an extended driving range on a single tank of fuel. This extended range provided convenience and minimized refueling stops.

In summary, the 1990 Mitsubishi Minicab 660 XL High Roof's MPG performance was a standout feature, highlighting its exceptional fuel efficiency. Its ability to deliver cost-effective and eco-friendly operation made it a reliable choice for a diverse range of commercial and transportation needs.

Trim Levels and Features

The 1990 Mitsubishi Minicab 660 XL High Roof was offered in various trim levels, each tailored to meet specific requirements and preferences of customers. These trim levels came with a range of features designed to enhance the vehicle's functionality and comfort.

Trim Levels: The available trim levels for the 1990 Minicab 660 XL High Roof were designed to cater to diverse needs, including commercial applications and passenger transportation. These trim levels included options for both basic functionality and more advanced features.

Basic Trims: The base trim level of the Minicab emphasized simplicity and practicality. It provided essential features for transportation, making it suitable for businesses with utility-focused needs. Basic trims prioritized cost-effectiveness and reliability.

Commercial Features: Trim levels tailored for commercial use often included cargo-focused features. These features could include adjustable cargo storage, tie-down points, and partitions to separate the cargo area from the passenger compartment. These configurations catered to businesses with delivery and transport requirements.

Passenger-Focused Trims: Some trim levels were designed with passenger comfort in mind. These versions offered enhanced seating arrangements, better interior materials, and options for amenities like air conditioning, power windows, and upgraded upholstery. They were well-suited for passenger transportation needs.

Customization Options: The availability of different trim levels allowed buyers to choose a configuration that matched their specific requirements. Customers could select a trim level that provided the right balance of functionality, comfort, and cost.

Practicality and Versatility: The range of trim levels underscored the practicality and versatility of the Minicab 660 XL High Roof. It could adapt to various roles, from transporting goods to shuttling passengers, thanks to the flexibility offered by its trim options.

Cost-Effective Solutions: The diversity in trim levels also provided cost-effective solutions for businesses seeking reliable and economical transportation. Owners and operators could select the trim that best aligned with their budget and operational needs.

In summary, the 1990 Mitsubishi Minicab 660 XL High Roof's trim levels and features allowed it to serve a wide range of customers with varying requirements. The availability of options catered to both commercial and passenger-focused applications, emphasizing its adaptability and practicality in diverse transportation scenarios.

Generations of the Minicab 660 XL

The 1990 Mitsubishi Minicab 660 XL High Roof belonged to a lineage of compact commercial vans that had evolved over the years. Understanding the generations of the Minicab 660 XL provides insight into the vehicle's development and improvements.

First Generation: The initial generation of the Minicab 660 XL introduced this compact commercial van to the market. It laid the foundation for its practical design and economical operation. This generation focused on utility and reliability, making it popular among businesses.

Evolutionary Changes: Over subsequent generations, the Minicab 660 XL underwent incremental changes and updates. These changes often included refinements in engine technology, interior features, and safety enhancements to align with evolving industry standards.

Efficiency Improvements: Each generation of the Minicab aimed to improve efficiency, with a particular emphasis on fuel efficiency. Engine upgrades and aerodynamic refinements contributed to reducing fuel consumption and operating costs.

Safety Enhancements: As safety regulations evolved, newer generations of the Minicab incorporated safety features such as improved braking systems, reinforced structures, and enhanced occupant protection. These changes prioritized driver and passenger safety.

Interior Comfort: Later generations paid attention to interior comfort and convenience. The addition of amenities like power windows, air conditioning, and advanced audio systems enhanced the overall driving experience for occupants.

Emissions Compliance: Environmental concerns led to the development of cleaner and more eco-friendly engine options in later generations. Compliance with emission standards became a focal point in the design and engineering of the Minicab.

Versatility: Throughout its generations, the Minicab 660 XL maintained its versatility, adapting to various applications, including cargo transportation, passenger shuttling, and urban deliveries. This adaptability contributed to its enduring popularity.

Continued Popularity: The Minicab 660 XL's ability to evolve with the times while retaining its core attributes of reliability and efficiency ensured its continued popularity among businesses and drivers.

In summary, the 1990 Mitsubishi Minicab 660 XL High Roof was part of a lineage of compact commercial vans that had seen continuous improvement and adaptation over the years. Its generations reflected a commitment to efficiency, safety, and practicality, making it a dependable choice for a wide range of transportation needs.

Historical Significance

The 1990 Mitsubishi Minicab 660 XL High Roof holds historical significance within the automotive industry, primarily due to its role as a pioneering compact commercial van that addressed the needs of businesses and individuals alike.

Compact Commercial Innovation: The Minicab 660 XL High Roof emerged at a time when businesses were seeking compact and fuel-efficient solutions for their transportation needs. Its compact dimensions, coupled with a practical design, catered to these demands.

Efficiency for Urban Environments: The vehicle's exceptional fuel efficiency and compact size made it well-suited for urban and suburban driving. It excelled in congested traffic, narrow streets, and short-distance trips, meeting the practical requirements of city transportation.

Economic Advantages: The Minicab 660 XL was designed to deliver economic advantages to owners and operators. Its efficient operation, cost-effective maintenance, and versatility contributed to cost savings and financial stability for businesses.

Environmental Considerations: As environmental concerns grew, the Minicab's efficient engine technology and lower emissions made it a responsible choice. It aligned with emerging environmental regulations and showcased Mitsubishi's commitment to sustainability.

Versatility in Transportation: The vehicle's adaptability allowed it to serve diverse transportation needs, from cargo hauling to passenger shuttling. Its versatility made it a valuable asset for various industries, including logistics, delivery services, and small businesses.

Longevity and Endurance: The Minicab 660 XL's reputation for reliability and durability contributed to its longevity in the market. Its enduring popularity stemmed from its ability to withstand the rigors of daily use.

Evolving Generations: The model's continuous evolution over generations reflected Mitsubishi's commitment to innovation and improvement. Each iteration aimed to enhance efficiency, safety, and user experience.

Cultural Impact: The Minicab 660 XL High Roof became a cultural symbol of efficient urban mobility and small-scale commercial transportation. It played a role in shaping the way businesses approached logistics and deliveries.

In summary, the 1990 Mitsubishi Minicab 660 XL High Roof is historically significant for its contribution to the automotive landscape. Its efficient and practical design addressed the evolving needs of businesses, making it a noteworthy and enduring presence in the world of compact commercial vans.

Modifications and Variations

Modifications and variations of the 1990 Mitsubishi Minicab 660 XL High Roof allowed for customization and adaptation to specific needs and preferences of customers. These alterations contributed to the vehicle's flexibility and suitability for diverse applications.

Cargo Configurations: One of the notable modifications for the Minicab 660 XL High Roof was the availability of different cargo configurations. These variations included options for cargo shelves, partitions, and tie-down points, catering to businesses with specific cargo transport requirements.

Passenger Options: In addition to cargo-focused variations, the Minicab also offered passenger-oriented configurations. These included different seating arrangements, bench seats, and options for passenger capacity, making it suitable for passenger transport, such as shuttle services.

Engine Choices: Depending on market and customer demands, the vehicle could be equipped with various engine options. These engine variations aimed to balance power and efficiency, allowing buyers to select an engine that aligned with their usage requirements.

Specialized Features: Mitsubishi introduced specialized features and accessories to cater to specific industries and uses. These included items like roof racks, additional lighting, and interior amenities designed for specific purposes, such as catering or mobile workshops.

Safety Upgrades: Modifications included safety upgrades to align with evolving safety standards. These might encompass improved braking systems, reinforced structures, and additional safety features aimed at enhancing occupant protection.

Environmental Considerations: As environmental concerns grew, modifications were made to ensure compliance with emission standards. Cleaner and more eco-friendly engine options were introduced, reflecting Mitsubishi's commitment to environmental responsibility.

Trim Levels: The availability of different trim levels added another layer of variation. Each trim level offered a unique combination of features, catering to both budget-conscious buyers and those seeking additional comfort and convenience.

International Adaptations: Depending on the region and market, variations in the vehicle's design and specifications were made to meet local requirements and preferences. These adaptations showcased Mitsubishi's ability to cater to a global audience.

In summary, the 1990 Mitsubishi Minicab 660 XL High Roof underwent various modifications and variations to cater to a wide range of customer needs and market demands. These alterations allowed the vehicle to adapt to different industries, roles, and regional preferences, emphasizing its versatility and practicality.

Conclusion: The 1990 Mitsubishi Minicab 660 XL High Roof in Review

The 1990 Mitsubishi Minicab 660 XL High Roof, with its compact yet practical design, fuel efficiency, and adaptability, left a lasting impression in the automotive landscape. As we review its key attributes, it becomes evident why this compact commercial van continues to hold historical significance.

Efficiency and Economy: The Minicab 660 XL High Roof's exceptional fuel efficiency and economical operation were standout features. Its ability to deliver impressive miles per gallon (MPG) performance made it a budget-friendly choice for businesses and drivers looking to minimize operating costs.

Practicality and Versatility: The vehicle's compact dimensions and variations in configurations allowed it to adapt to a wide range of transportation needs. Whether used for cargo hauling, passenger shuttling, or urban deliveries, it proved its practicality and versatility.

Safety and Environmental Responsibility: Over its generations, safety features and eco-friendly engine options were introduced to align with evolving standards and environmental concerns. This commitment to safety and sustainability reflected Mitsubishi's dedication to responsible manufacturing.

Customization Options: The availability of different trim levels, cargo configurations, and passenger arrangements provided buyers with customization options to suit their specific requirements. This adaptability made the Minicab a valuable asset for diverse industries.

Legacy of Reliability: The Minicab 660 XL High Roof's reputation for reliability and durability contributed to its enduring popularity. It withstood the rigors of daily use, earning the trust of businesses and individuals alike.

Cultural Influence: Beyond its practicality, the Minicab became a cultural symbol of efficient urban mobility and small-scale commercial transportation. It played a role in shaping the way businesses approached logistics and deliveries.

In review, the 1990 Mitsubishi Minicab 660 XL High Roof was more than just a compact commercial van; it was a practical, efficient, and adaptable solution that left a lasting legacy in the world of transportation. Its ability to combine economy with versatility made it a reliable choice for a diverse range of applications, ensuring its place in automotive history.

FAQ: All You Need to Know About the 1990 Mitsubishi Minicab 660 XL High Roof

What are the available engine types for the 1990 Mitsubishi Minicab 660 XL High Roof?

The 1990 Mitsubishi Minicab 660 XL High Roof was equipped with the 3G83 engine, a water-cooled 4-cycle OHC 3-cylinder engine, providing efficient and reliable performance.

How many trim levels were offered for the 1990 Mitsubishi Minicab 660 XL High Roof?

The 1990 Minicab 660 XL High Roof was available in various trim levels, catering to different customer preferences and needs. These trim levels included options for basic utility and more passenger-oriented configurations.

Did the 1990 Mitsubishi Minicab 660 XL High Roof have any safety features?

While safety standards have evolved over the years, the 1990 Minicab 660 XL High Roof featured safety enhancements typical for its time. These included reinforced structures and improved braking systems.

Were there any modifications or updates made to the 1990 Mitsubishi Minicab 660 XL High Roof during its production year?

The 1990 model year typically saw incremental improvements in terms of engine technology, interior features, and safety enhancements. These updates aimed to align with industry standards and customer demands.

How did the fuel efficiency of the 1990 Mitsubishi Minicab 660 XL High Roof compare to other vehicles in its class?

The 1990 Minicab 660 XL High Roof was known for its impressive fuel efficiency, with a reported fuel consumption rate of 39.2 miles per gallon (U.S.) in a 60 km/h mode. It was a competitive choice for businesses seeking economical transportation.

Were there any notable variations or special editions of the 1990 Mitsubishi Minicab 660 XL High Roof?

Depending on market demands and regional preferences, there may have been variations or special editions of the 1990 Minicab 660 XL High Roof. These variations could include custom features or configurations tailored for specific industries or uses.

How did the 1990 Mitsubishi Minicab 660 XL High Roof contribute to environmental responsibility?

The 1990 Minicab 660 XL High Roof contributed to environmental responsibility through its efficient engine technology, which aimed to reduce emissions. It reflected Mitsubishi's commitment to sustainability as environmental concerns grew.

Can the 1990 Mitsubishi Minicab 660 XL High Roof still be found on the used vehicle market today?

While it may be less common, it's possible to find well-maintained 1990 Minicab 660 XL High Roof models on the used vehicle market. Its reputation for reliability and durability means that some may still be in operation today.


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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