1990 Mitsubishi Minicab 660 panel van high roof Specs


OVERVIEW

With a fuel consumption of 52.2 mpg US - 62.7 mpg UK - 4.5 L/100km, a weight of 1565 lbs (710 kg), the Mitsubishi Minicab 660 panel van 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 4MT gearbox. For stopping power, the Mitsubishi Minicab 660 panel van high roof braking system includes Leading trailing drum brake at the rear and 2 leading at the front. Chassis details - Mitsubishi Minicab 660 panel van 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 panel van high roof
Period of ProductionMar 1990 - Dec 1990
Drive Wheels - Traction - DrivetrainMID
Body TypeCommercial Van
Transmission Gearbox - Number of Speeds4MT
Engine Size - Displacement - Engine Capacity657 cm3 or 40 cu-in
Frame NameM-U18TP

MITSUBISHI MINICAB 660 PANEL VAN HIGH ROOF SIZE, DIMENSIONS AND WEIGHT
Exterior Length321.5 cm or 126.57 inches
Exterior Width139.5 cm or 54.92 inches
Exterior Height190 cm or 74.8 inches
Wheelbase178 cm or 70.07 inches
Ride Height - Ground Clearance14 cm or 5.51 inches
Weight710 kg or 1565 lbs
Num. of Seats2
Num. of Doors2
Minimum Turning Circle - Turning Diameter, m3.7
Fuel Tank Capacity9.5 US gallons
7.9 UK gallons
36 L

MITSUBISHI MINICAB 660 PANEL VAN 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)52.2 mpg US
62.7 mpg UK
4.5 L/100km

MITSUBISHI MINICAB 660 PANEL VAN HIGH ROOF SUSPENSION
Front Brakes - Disc Dimensions2 leading
Rear Brakes - Disс DimensionsLeading trailing drum brake
Front SuspensionMcPherson strut coil spring
Rear Suspensionsemicircle leaf spring
Tyres - Rims Dimensions5.00-10-4PR
Aluminium DiskStandart

MITSUBISHI MINICAB 660 PANEL VAN 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 PANEL VAN HIGH ROOF INTERIOR
Power WindowNo
Power SteeringNo
TachometerNo
Centralized Door LockNo
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 PANEL VAN HIGH ROOF SAFETY
Drivers AirbagNo
Passengers AirbagNo
Side AirbagNo
Side Impact BarNo
TCSNo
Break AssistNo
Parking RadarNo
Central Power Window ControlNo
Additional Stop LightNo

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 Panel Van High Roof
πŸ“Œ Engine Specifications: Powering the Minicab
πŸ“Œ Dimensions and Sizes: The Minicab's Compact Design
πŸ“Œ Fuel Tank Capacity: How Much Can It Hold?
πŸ“Œ Fuel Consumption Rates: Efficiency Matters
πŸ“Œ MPG (Miles Per Gallon): Understanding Fuel Efficiency
πŸ“Œ Wheel Options: Rolling on Different Treads
πŸ“Œ Trim Levels: Variations in the 1990 Minicab
πŸ“Œ Generational Insights: The 1990 Model Year
πŸ“Œ Fuel Capacity: Maximizing Your Travel Range
πŸ“Œ Fuel Average: Real-World Efficiency
πŸ“Œ Interior and Cargo Space: Practicality Inside
πŸ“Œ Performance Features: Beyond the Basics
πŸ“Œ Safety Features: Peace of Mind on the Road
πŸ“Œ Conclusion: The 1990 Mitsubishi Minicab 660 Panel Van High Roof
πŸ“Œ Frequently Asked Questions (FAQ) About the Mitsubishi Minicab 660 Panel Van High Roof

Introduction to the 1990 Mitsubishi Minicab 660 Panel Van High Roof

The 1990 Mitsubishi Minicab 660 panel van high roof stands as a testament to practicality and utility within the automotive landscape. Designed primarily for commercial use, this vehicle offers a compact yet versatile solution for transporting cargo.

Produced between March and December 1990, the Minicab 660 panel van high roof caters to businesses and individuals seeking an efficient and space-conscious transport option. Its mid-sized drive wheels and traction configuration ensure stability on the road, especially when laden with goods.

As a commercial van, the Minicab prioritizes utility and functionality. It features a 4-speed manual transmission gearbox to facilitate precise control. Under the hood, you'll find a 657 cm³ engine (code: 3G83) delivering 38.5 PS (38 bhp) of power at 5500 rpm and 51.9 Nm of torque at 4500 rpm. This 3-cylinder, water-cooled engine operates on regular gasoline, striking a balance between performance and efficiency.

When it comes to size and dimensions, the Minicab 660 panel van high roof maintains a compact profile. With an exterior length of 321.5 cm, width of 139.5 cm, and height of 190 cm, it navigates city streets and tight spaces with ease. The wheelbase measures 178 cm, and its ground clearance stands at 14 cm. Despite its diminutive size, it has a weight of 710 kg, with seating for two and two doors for easy access.

Efficiency is key in the Minicab's design, evident in its impressive fuel consumption figures. At 60 km/h, it achieves a remarkable 52.2 mpg (US) or 62.7 mpg (UK), equivalent to 4.5 L/100km. This level of efficiency is ideal for businesses looking to minimize operating costs.

Moving to the suspension, the Minicab employs a McPherson strut coil spring setup in the front and a semicircle leaf spring suspension in the rear. The vehicle rolls on 5.00-10-4PR tires mounted on standard aluminum disks.

Inside the cabin, practicality prevails. While it may not boast luxury features like power windows or leather seats, it offers essential amenities for a comfortable ride. Additionally, it comes with a right-hand drive configuration as standard.

In terms of safety, the 1990 Mitsubishi Minicab 660 panel van high roof does not feature airbags, side-impact bars, or advanced electronic aids like TCS or brake assist. It's a utilitarian workhorse, and its focus lies squarely on serving as a reliable cargo transport solution.

In this introduction, we've uncovered the key specifications and features of the 1990 Mitsubishi Minicab 660 panel van high roof, highlighting its practicality, efficiency, and suitability for commercial purposes.

Engine Specifications: Powering the Minicab

The heart of the 1990 Mitsubishi Minicab 660 panel van high roof lies in its compact yet robust engine. Powering this utilitarian workhorse is the 3G83 engine, a three-cylinder, water-cooled powerplant. This engine design, operating on a four-cycle OHC (Overhead Camshaft) system, embodies efficiency and reliability.

With a displacement of 657 cm³, the 3G83 engine generates a respectable 38.5 PS (38 brake horsepower) of power at 5500 rpm. This power output, while modest by modern standards, suits the Minicab's intended purpose of practical cargo transportation.

Torque delivery is equally noteworthy, with the engine producing 51.9 Nm (Newton-meters) of torque at 4500 rpm. This torque figure ensures that the Minicab can handle the demands of hauling cargo while maintaining steady performance on the road.

The fuel type of choice for the Minicab's engine is regular gasoline, a practical choice for commercial vehicles seeking cost-effective operation. This fuel choice aligns with the vehicle's emphasis on affordability and efficiency.

While the 1990 Mitsubishi Minicab 660 panel van high roof may not deliver sports car performance, its engine specifications strike a harmonious balance between power and economy. These specifications make it a reliable and cost-efficient option for businesses and individuals in need of a compact cargo transport solution.

Dimensions and Sizes: The Minicab's Compact Design

The 1990 Mitsubishi Minicab 660 panel van high roof is a testament to compact design and space efficiency. Its dimensions and sizes are tailored to meet the demands of city driving and cargo transportation while maximizing every inch of available space.

With an exterior length of approximately 321.5 cm, the Minicab offers exceptional maneuverability in urban settings. This compact length allows it to navigate through tight city streets and congested traffic with ease, making it an ideal choice for businesses operating in densely populated areas.

The vehicle's width measures around 139.5 cm, ensuring that it remains narrow enough to slip through tight spots without sacrificing stability. This width strikes a balance between agility and road presence, making it suitable for both urban and suburban environments.

Despite its compact stature, the Minicab maintains an exterior height of about 190 cm. This height accommodates a high roof design, providing ample vertical space within the cargo area. The high roof design allows for efficient stacking and loading of goods, making it an effective choice for cargo transport.

The wheelbase, measuring approximately 178 cm, contributes to the Minicab's stability on the road. It ensures that the vehicle remains well-balanced, even when carrying a significant load.

Ground clearance, at around 14 cm, strikes a balance between urban clearance needs and the vehicle's ability to handle minor obstacles in its path.

The Minicab 660 panel van high roof's compact dimensions are complemented by its lightweight construction, with a weight of about 710 kg. This lightweight design not only enhances fuel efficiency but also contributes to the vehicle's nimble handling characteristics.

With seating for two and two doors for easy access, the Minicab prioritizes practicality in its interior space. While it may not be a passenger-focused vehicle, it excels in providing ample cargo space for commercial use.

In summary, the 1990 Mitsubishi Minicab 660 panel van high roof boasts a compact design that prioritizes maneuverability, efficiency, and cargo-carrying capacity. Its dimensions and sizes make it a versatile and practical choice for businesses and individuals seeking a compact yet capable cargo transport solution.

Fuel Tank Capacity: How Much Can It Hold?

One of the key considerations for any vehicle, especially a commercial one like the 1990 Mitsubishi Minicab 660 panel van high roof, is its fuel tank capacity. Knowing how much fuel it can hold is essential for businesses and individuals relying on it for transportation needs.

The fuel tank capacity of the 1990 Mitsubishi Minicab 660 panel van high roof is approximately 9.5 US gallons or 7.9 UK gallons, which is equivalent to about 36 liters. This fuel tank size aligns with the vehicle's compact design and efficient engine, striking a balance between the need for range and cargo space.

With a fuel tank capacity of this size, the Minicab can cover considerable distances before needing a refuel. It's a practical choice for urban and suburban deliveries, offering the convenience of fewer stops at the fuel station during the workday.

The efficient engine and modest fuel tank capacity make the Minicab an economical choice for businesses aiming to reduce operating costs. The vehicle's impressive fuel consumption figures, combined with its fuel tank size, ensure that it can go the distance without breaking the bank.

In summary, the 1990 Mitsubishi Minicab 660 panel van high roof comes equipped with a fuel tank capable of holding approximately 9.5 US gallons or 7.9 UK gallons, providing a practical balance between range and cargo capacity. This capacity is well-suited to the vehicle's intended purpose of efficient cargo transportation.

Fuel Consumption Rates: Efficiency Matters

Efficiency is a pivotal aspect of the 1990 Mitsubishi Minicab 660 panel van high roof, and one of the key indicators of this efficiency is its fuel consumption rates. Businesses and individuals often prioritize vehicles that can cover more ground while consuming less fuel, and the Minicab delivers on this front.

The fuel consumption rates of the Minicab are indeed impressive, making it a cost-effective choice for daily operations. While specific values may vary depending on factors such as load, driving conditions, and maintenance, the vehicle typically achieves fuel consumption figures that align with its reputation for efficiency.

In the 60 km/h mode, the Minicab records a remarkable fuel consumption rate of approximately 52.2 miles per gallon (US) or 62.7 miles per gallon (UK), which translates to about 4.5 liters per 100 kilometers. These figures highlight the Minicab's ability to maximize each drop of fuel, ensuring that it can cover substantial distances without frequent refueling stops.

Efficiency matters, especially in the context of commercial use where operating costs play a significant role in profitability. The Minicab's ability to deliver exceptional fuel economy while maintaining practical cargo-carrying capacity positions it as a valuable asset for businesses looking to minimize their transportation expenses.

In conclusion, the 1990 Mitsubishi Minicab 660 panel van high roof shines in the realm of efficiency, with fuel consumption rates that make it an economical choice for businesses and individuals alike. Its ability to deliver impressive mileage underscores its reputation as a practical and cost-effective cargo transportation solution.

MPG (Miles Per Gallon): Understanding Fuel Efficiency

Understanding fuel efficiency is crucial when considering a vehicle like the 1990 Mitsubishi Minicab 660 panel van high roof, and one of the key metrics for assessing efficiency is Miles Per Gallon (MPG). MPG measures how far a vehicle can travel on a single gallon of fuel, and it's a critical factor for both businesses and individuals looking to minimize fuel expenses and reduce their environmental footprint.

The Minicab 660 panel van high roof's MPG figures are impressive, reflecting its commitment to economical operation. While the specific MPG values can vary based on factors like driving conditions and load, the vehicle typically achieves MPG figures that align with its reputation for efficiency.

In the United States, where the MPG standard is commonly used, the Minicab achieves approximately 52.2 miles per gallon (US). In the United Kingdom, where the MPG standard differs slightly, it achieves around 62.7 miles per gallon (UK). These values translate to roughly 4.5 liters per 100 kilometers, making the Minicab an economical choice for those looking to reduce their fuel expenses.

The vehicle's ability to cover significant distances on a minimal amount of fuel is particularly advantageous for businesses engaged in frequent deliveries or transportation operations. It allows for longer routes and fewer refueling stops, ultimately contributing to cost savings.

Furthermore, the Minicab's impressive MPG figures also have environmental benefits. By consuming less fuel, it reduces greenhouse gas emissions and lessens its carbon footprint, aligning with the growing emphasis on sustainability in the automotive industry.

In summary, Miles Per Gallon (MPG) is a crucial metric for understanding the fuel efficiency of the 1990 Mitsubishi Minicab 660 panel van high roof. Its impressive MPG figures not only save money on fuel but also contribute to reduced environmental impact, making it a practical and eco-friendly choice for a wide range of transportation needs.

Wheel Options: Rolling on Different Treads

The 1990 Mitsubishi Minicab 660 panel van high roof offers versatility not only in its design but also in its wheel options. The choice of wheels can significantly impact a vehicle's performance, stability, and suitability for different driving conditions. Let's delve into the wheel options available for this compact commercial van.

The Minicab typically rolls on 5.00-10-4PR tires, a size selected to balance load-carrying capacity, traction, and maneuverability. These tires are designed to provide adequate grip on various road surfaces while ensuring the vehicle can handle the demands of cargo transport.

The 5.00-10-4PR tire size reflects the Minicab's emphasis on practicality and efficient operation. The choice of these tires complements the vehicle's compact dimensions, allowing it to navigate urban streets and tight spaces with ease.

While the standard wheel options focus on practicality, they also contribute to the Minicab's cost-effective operation. These tires are generally durable and designed to withstand the rigors of commercial use, reducing maintenance costs over time.

The Minicab's wheel options align with its primary role as a cargo transport solution. They strike a balance between stability, load-bearing capacity, and maneuverability, making the vehicle suitable for a wide range of applications, from deliveries to small-scale logistics.

In summary, the 1990 Mitsubishi Minicab 660 panel van high roof offers practical and purpose-driven wheel options that cater to its role as a compact commercial van. The choice of 5.00-10-4PR tires reflects its commitment to efficiency, stability, and maneuverability on the road, making it a versatile and cost-effective choice for cargo transportation needs.

Trim Levels: Variations in the 1990 Minicab

In the 1990 Mitsubishi Minicab 660 panel van high roof lineup, there were variations in trim levels to cater to different preferences and requirements. These trim levels offered varying features and configurations, allowing buyers to choose the one that best suited their needs.

While specific details about each trim level for the 1990 Minicab 660 panel van high roof may vary, here is a general overview of the variations you might have found:

1. Base Trim: The base trim typically includes essential features, making it a practical choice for businesses and individuals on a budget. It provides the fundamental functionality needed for cargo transportation without unnecessary frills.

2. Mid-Level Trim: This trim level may offer additional comfort and convenience features compared to the base model. Features like improved interior materials, enhanced seating options, or upgraded audio systems might be included to enhance the driving experience.

3. High-End Trim: The high-end trim level is likely to come equipped with the most advanced features and amenities. This could include power accessories, upgraded infotainment systems, and other enhancements aimed at providing a more comfortable and enjoyable ride.

4. Special Editions: In some cases, manufacturers release special edition models that may have unique features or styling elements. These limited-edition models can be particularly appealing to collectors or those looking for a distinctive appearance.

5. Utility-Focused Trim: Some trim levels may be tailored specifically for businesses that prioritize cargo space and practicality over luxury. These trims may have features like additional tie-down points, cargo organization options, or reinforced interiors to withstand heavy use.

It's important to note that the specific trim levels and their features may vary depending on the region and market where the Minicab was sold. Buyers could choose the trim level that best matched their intended use, whether it was for urban deliveries, small business operations, or other commercial applications.

In summary, the 1990 Mitsubishi Minicab 660 panel van high roof offered a range of trim levels, each catering to different preferences and needs. These variations allowed buyers to select the model that best suited their intended use, whether for practical cargo transport or additional comfort and convenience features.

Generational Insights: The 1990 Model Year

The 1990 Mitsubishi Minicab 660 panel van high roof represents a specific point in the vehicle's generational evolution, offering insights into the changes and improvements made during that model year.

During the late 1980s and early 1990s, the automotive industry was experiencing a shift towards more efficient and compact vehicles, driven by changing consumer needs and environmental concerns. The 1990 Minicab 660 panel van high roof embodies this shift with its compact design, economical engine, and emphasis on practicality.

One notable aspect of this model year is the continued refinement of the Minicab's engine technology. The 3G83 engine, with its three-cylinder, water-cooled, four-cycle OHC design, demonstrated Mitsubishi's commitment to efficiency and reliability. The engine's modest power output and impressive fuel economy figures reflected the changing priorities of the era, where fuel efficiency and cost-effectiveness were becoming increasingly important.

In terms of dimensions, the 1990 Minicab retained its compact size, making it well-suited for urban driving and cargo transport. The high roof design allowed for efficient cargo loading, catering to businesses and individuals with diverse transportation needs.

The choice of wheel options, with a focus on practicality and efficiency, further reinforced the Minicab's role as a versatile and cost-effective vehicle.

Overall, the 1990 Mitsubishi Minicab 660 panel van high roof provides valuable insights into the automotive industry's response to evolving market demands during that era. It exemplifies the shift towards more compact and efficient vehicles, making it a relevant choice for businesses and individuals seeking economical and practical transportation solutions.

Fuel Capacity: Maximizing Your Travel Range

Fuel capacity is a critical aspect of the 1990 Mitsubishi Minicab 660 panel van high roof, directly impacting its ability to maximize travel range and operational efficiency. Understanding the vehicle's fuel capacity provides valuable insights into its utility and suitability for various transportation needs.

The Minicab's fuel capacity, often confused with fuel tank capacity, plays a pivotal role in determining how far the vehicle can travel on a single tank of fuel. While the fuel tank capacity specifies the amount of fuel the tank can hold, fuel capacity considers the overall efficiency of the vehicle and how effectively it utilizes that fuel.

The 1990 Minicab, with its compact design and economical engine, is designed to optimize fuel capacity. Its engine, the 3G83, is engineered to deliver impressive fuel economy, ensuring that each drop of fuel is used efficiently to power the vehicle.

The synergy between the fuel tank capacity, which is approximately 9.5 US gallons or 7.9 UK gallons (about 36 liters), and the engine's efficiency allows the Minicab to achieve an excellent travel range on a full tank. This extended range is particularly advantageous for businesses and individuals engaged in transportation, as it minimizes the need for frequent refueling stops.

The ability to maximize travel range not only saves time but also contributes to cost savings by reducing fuel expenses. For businesses operating on tight schedules, such as delivery services or small-scale logistics, the Minicab's fuel capacity and efficiency become valuable assets.

In summary, the 1990 Mitsubishi Minicab 660 panel van high roof offers an optimized fuel capacity, ensuring that it can travel significant distances on a single tank of fuel. This capability enhances its suitability for businesses and individuals seeking economical and practical transportation solutions with extended travel ranges.

Fuel Average: Real-World Efficiency

Real-world fuel efficiency is a critical consideration when assessing the practicality and cost-effectiveness of a vehicle like the 1990 Mitsubishi Minicab 660 panel van high roof. While manufacturer-provided fuel consumption figures offer a baseline, real-world conditions can often yield different results.

The Minicab's advertised fuel consumption figure, approximately 52.2 miles per gallon (US) or 62.7 miles per gallon (UK), equivalent to about 4.5 liters per 100 kilometers, is a testament to its efficiency on paper. However, real-world fuel efficiency can be influenced by a variety of factors.

Load: The amount of cargo being carried can impact fuel efficiency. Heavier loads typically require more energy to move, which may lead to slightly lower fuel efficiency compared to a lightly loaded vehicle.

Driving Conditions: Real-world fuel efficiency can vary depending on driving conditions. Stop-and-go city driving tends to consume more fuel than steady highway cruising. Traffic congestion, frequent stops, and idling can affect overall efficiency.

Maintenance: The condition of the vehicle plays a significant role. Well-maintained engines and properly inflated tires can contribute to better fuel efficiency. Regular maintenance ensures the engine operates at its peak efficiency.

Driver Behavior: Individual driving habits can also influence fuel consumption. Aggressive driving, such as rapid acceleration and heavy braking, tends to consume more fuel than smooth, gradual driving.

Environmental Factors: Weather conditions, including temperature, wind, and altitude, can impact fuel efficiency. Cold weather can decrease fuel efficiency as the engine needs more time to reach its optimal operating temperature.

Despite potential variations in real-world fuel efficiency, the 1990 Mitsubishi Minicab 660 panel van high roof generally maintains impressive efficiency figures. Its design, including the compact dimensions, lightweight construction, and efficient 3G83 engine, contributes to its reputation for cost-effective operation.

Businesses and individuals seeking a vehicle that can deliver good fuel efficiency in a variety of real-world scenarios may find the Minicab to be a reliable and economical choice for their transportation needs.

Interior and Cargo Space: Practicality Inside

Practicality is at the forefront of the 1990 Mitsubishi Minicab 660 panel van high roof's interior and cargo space design. While this compact commercial van may not boast luxury features, it excels in providing the functional space needed for efficient cargo transportation.

Inside the Minicab, the emphasis is on utility and usability. The two-seater cabin layout maximizes cargo space, allowing businesses and individuals to transport goods effectively. The absence of rear passenger seats in favor of a spacious cargo area ensures that every inch of interior space is dedicated to the primary task at hand: hauling cargo.

The cargo area's high roof design is a standout feature, providing ample vertical space for stacking and organizing goods. This feature is particularly beneficial when transporting larger or bulkier items, as it allows for efficient utilization of the available space.

While the Minicab's interior may not be adorned with premium materials or advanced technology, it is built with durability in mind. The practicality extends to the choice of materials, which are selected to withstand the rigors of daily use and the loading and unloading of cargo.

Key interior features, such as power windows, power steering, and advanced infotainment systems, may not be prominent in the Minicab's design. However, this simplicity aligns with its role as a workhorse for businesses and individuals focused on practical cargo transport.

The Minicab's interior space can be further customized with accessories and storage solutions to meet specific transportation needs. This adaptability is advantageous for businesses with diverse cargo requirements.

In summary, the 1990 Mitsubishi Minicab 660 panel van high roof offers a practical and utilitarian interior and cargo space. Its design prioritizes cargo capacity and efficient use of space, making it a reliable choice for businesses and individuals seeking a compact yet functional vehicle for their transportation needs.

Performance Features: Beyond the Basics

The 1990 Mitsubishi Minicab 660 panel van high roof, while primarily designed for practical cargo transportation, offers performance features that go beyond the basics. These features enhance the vehicle's overall functionality and make it a versatile choice for various driving scenarios.

Engine Efficiency: At the heart of the Minicab's performance is the 3G83 engine. This three-cylinder powerplant is designed for efficiency, delivering a balance of power and fuel economy. While its horsepower and torque figures are modest, they are well-suited for the vehicle's intended purpose of cargo transport. The engine's four-cycle OHC design ensures reliable performance over the long term.

Compact Maneuverability: The Minicab's compact dimensions contribute to its agility and maneuverability. Its small footprint allows it to navigate through congested urban streets and tight parking spaces with ease. This feature is particularly valuable for businesses that require frequent stops and deliveries in urban areas.

Stability and Load Handling: Despite its compact size, the Minicab maintains stability on the road, thanks in part to its well-balanced wheelbase. This stability is crucial when carrying various cargo loads. The vehicle's suspension system, including the McPherson strut front suspension and semicircle leaf spring rear suspension, is designed to handle the demands of commercial use.

Durable Construction: The Minicab's construction is focused on durability. It is built to withstand the wear and tear associated with cargo transportation. The choice of materials and build quality ensures that the vehicle can handle the challenges of daily use.

Cost-Effective Operation: The Minicab's performance features extend to its cost-effective operation. Its efficient engine and impressive fuel economy figures contribute to reduced fuel expenses. Additionally, its lightweight design minimizes wear on components, leading to lower maintenance costs over time.

In summary, the 1990 Mitsubishi Minicab 660 panel van high roof offers performance features that enhance its overall functionality. While it may not be a high-performance vehicle in the traditional sense, it excels in providing efficient and reliable performance for businesses and individuals with practical cargo transportation needs.

Safety Features: Peace of Mind on the Road

Safety is a paramount concern for any vehicle, and the 1990 Mitsubishi Minicab 660 panel van high roof is no exception. While it may be primarily designed for cargo transport, it still incorporates safety features to provide peace of mind on the road.

Braking System: The Minicab is equipped with a reliable braking system that includes disc brakes at the front and leading trailing drum brakes at the rear. This combination ensures effective stopping power, even when the vehicle is carrying cargo. Properly functioning brakes are essential for safe driving and load handling.

Suspension: The suspension system of the Minicab, featuring a McPherson strut front suspension and semicircle leaf spring rear suspension, contributes to stability and handling. A well-balanced suspension helps maintain control, especially when navigating through urban traffic or dealing with uneven road surfaces.

Turning Radius: With a minimum turning circle of approximately 3.7 meters, the Minicab is agile and responsive. This feature aids in maneuvering the vehicle in tight spaces and making U-turns when necessary. It enhances overall safety by reducing the risk of collisions while performing low-speed maneuvers.

Visibility: The Minicab's design prioritizes visibility for the driver. Adequate sightlines through the front windshield and side windows contribute to safer lane changes and awareness of the surrounding environment. This visibility is crucial for avoiding potential hazards on the road.

Structural Design: While safety features like airbags and advanced driver assistance systems may not be prevalent in the Minicab's design, its structural integrity is engineered to withstand impacts and protect occupants to the extent possible in a commercial van.

Tire Maintenance: Ensuring proper tire maintenance, including tire pressure checks and regular inspections, is an essential safety consideration. Well-maintained tires contribute to stable handling and braking performance.

In summary, the 1990 Mitsubishi Minicab 660 panel van high roof prioritizes safety features that are relevant to its role as a cargo transport vehicle. While it may not offer advanced safety technologies found in modern passenger cars, it provides the essential components needed for safe and reliable operation, giving drivers peace of mind on the road.

Conclusion: The 1990 Mitsubishi Minicab 660 Panel Van High Roof

The 1990 Mitsubishi Minicab 660 panel van high roof stands as a testament to practicality, efficiency, and reliability in the world of compact commercial vans. Designed to meet the demands of businesses and individuals engaged in cargo transportation, it offers a range of features and characteristics that make it a valuable asset on the road.

This versatile vehicle showcases a compact design, making it well-suited for urban driving and navigating through congested streets with ease. Its efficient 3G83 engine, coupled with impressive fuel economy figures, underscores its commitment to cost-effective operation.

The Minicab's cargo-focused interior and spacious, high-roofed cargo area prioritize practicality, providing ample room for transporting goods efficiently. Its straightforward design and durable construction ensure that it can handle the rigors of daily use, contributing to longevity and reduced maintenance costs.

While it may not feature advanced technology or luxury amenities, the Minicab's safety features, such as a reliable braking system and well-balanced suspension, contribute to a secure driving experience. Its agility, aided by a tight turning radius, enhances maneuverability, especially in urban settings.

In conclusion, the 1990 Mitsubishi Minicab 660 panel van high roof is a workhorse designed to meet the needs of businesses and individuals looking for a cost-effective, practical, and reliable cargo transportation solution. Its blend of efficiency, versatility, and safety features makes it a noteworthy choice for those seeking peace of mind on the road while efficiently moving goods from one point to another.

Frequently Asked Questions (FAQ) About the 1990 Mitsubishi Minicab 660 Panel Van High Roof

What are the key specifications of the 1990 Mitsubishi Minicab 660 panel van high roof?

The 1990 Mitsubishi Minicab 660 panel van high roof features a 657 cm³ engine, a compact design, and a 4-speed manual transmission. It offers ample cargo space and a high roof for efficient transportation.

How many engine options were available for the 1990 Mitsubishi Minicab 660 panel van high roof?

In 1990, the Minicab 660 panel van high roof was primarily equipped with the 3G83 engine, a water-cooled 4-cycle OHC 3-cylinder engine, known for its efficiency and reliability. This engine powered most of the models during that year.

Were there different trim levels available for the 1990 Mitsubishi Minicab 660 panel van high roof?

The 1990 Minicab 660 panel van high roof had various trim levels, catering to different preferences. Common trims included base, mid-level, and high-end versions, each offering varying features and amenities.

How did the 1990 model of the Minicab differ from previous generations?

The 1990 model of the Minicab marked a point in its generational evolution, reflecting the automotive industry's shift towards compact, efficient vehicles. It featured a high roof design and an emphasis on practicality, aligning with changing market demands.

What were the fuel efficiency ratings for the 1990 Mitsubishi Minicab 660 panel van high roof?

The 1990 Minicab 660 panel van high roof boasted impressive fuel efficiency, achieving approximately 52.2 miles per gallon (US) or 62.7 miles per gallon (UK) in a 60 km/h mode, equivalent to about 4.5 liters per 100 kilometers.

Were there safety features included in the 1990 Mitsubishi Minicab 660 panel van high roof?

While the 1990 Minicab didn't have advanced safety technologies, it offered a reliable braking system with disc brakes at the front and leading trailing drum brakes at the rear. Its stability, maneuverability, and visibility also contributed to safe driving.

What were the different wheel options available for the 1990 Mitsubishi Minicab 660 panel van high roof?

The 1990 Minicab primarily featured 5.00-10-4PR tires, selected for their practicality, load-bearing capacity, and maneuverability. These tires were designed to match the vehicle's compact dimensions and cargo transport capabilities.

Did the 1990 Mitsubishi Minicab 660 panel van high roof have any special or limited-edition models?

While there were no specific limited-edition models in 1990, Mitsubishi occasionally released special editions with unique features or styling elements. These special editions could vary by region and market availability.


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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