1995 Subaru Sambar EV classic Specs

OVERVIEW

With a weight of 2976 lbs (1350 kg), the Subaru Sambar EV classic has a electric vehicle engine, a Electricity/Others engine. This engine produces a maximum torque of 69.6 Nm (51.3 lb.ft - 7.1 kg.m) at 4000 rpm. The engine power is transmitted to the road by the rear wheel drive (RR) with a 5MT gearbox.

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By Brian Wong, Reviewed by: Kurt Niebuhr, Updated on April 25, 2024

Introduction to the 1995-1996 Subaru Sambar EV Classic

The 1995-1996 Subaru Sambar EV Classic represents a notable entry in the realm of electric vehicles during its production period from April 1995 to August 1996. As an all-electric version of the Sambar, this minivan catered to those seeking eco-friendly transportation with its electric drivetrain.

With a rear-wheel-drive configuration, the Subaru Sambar EV Classic showcased practicality with its body type as a minivan featuring two rows of seats. The vehicle's dimensions contributed to its urban-friendly design, measuring approximately 329.5 cm in length, 139.5 cm in width, and 188.5 cm in height, supported by a wheelbase of 188.5 cm.

At a weight of 1350 kg, the Sambar EV Classic provided seating for four occupants across its five doors. The car's impressive minimum turning circle of 3.9 meters added to its maneuverability, making it suitable for navigating through tight city streets and parking spaces.

Under the hood, the Sambar EV Classic boasted an electric powertrain, providing it with an eco-conscious appeal. The electric engine delivered a maximum power output of 3600 rpm and a peak torque of 69.6 Nm at 4000 rpm, ensuring smooth acceleration and reliable performance.

As an environmentally conscious vehicle, the Sambar EV Classic relied on electricity as its primary fuel source. This emission-free approach aligned with the growing interest in sustainable transportation alternatives during the mid-1990s.

The vehicle's suspension system featured tyres with dimensions of 145S R12-6PRLT, ensuring a comfortable ride and secure handling. Additionally, it came equipped with standard aluminum disks.

While the Sambar EV Classic excelled in its eco-friendly and urban-oriented design, some exterior features were absent, such as sunroofs, front and rear spoilers, and Xenon lamps. The vehicle lacked certain luxury amenities, such as power windows, power steering, tachometer, and leather seats, keeping its focus on efficient and functional transportation.

In terms of safety, the Sambar EV Classic did not include airbags, side impact bars, TCS, or break assist. However, it did feature an additional stop light, contributing to improved visibility on the road.

Despite its limited amenity offerings, the 1995-1996 Subaru Sambar EV Classic earned its place as an early electric vehicle, embracing sustainable technology and paving the way for future developments in the EV industry.

Model Overview: Subaru Sambar EV Classic Years

The Subaru Sambar EV Classic, produced between 1995 and 1996, stands as a notable model in the world of electric vehicles from that era. As an all-electric variant of the popular Sambar, it showcased Subaru's commitment to eco-friendly mobility and forward-thinking technology during the mid-1990s.

With its distinct rear-wheel-drive (RR) configuration, the Sambar EV Classic provided a practical and functional minivan design with seating for four passengers. The body type was a two-row minivan, offering ample space for both occupants and cargo.

During its production years, the Subaru Sambar EV Classic was powered by an electric motor, eliminating tailpipe emissions and contributing to cleaner air in urban environments. The electric powertrain showcased efficient performance, and it was designed to meet the demands of daily commuting and short-distance travel.

In terms of dimensions, the Sambar EV Classic exhibited a compact and maneuverable exterior. Its length, width, and height measurements were approximately 329.5 cm, 139.5 cm, and 188.5 cm, respectively, making it well-suited for navigating through city streets and parking in tight spaces. The wheelbase of 188.5 cm added stability and a smooth ride quality.

The vehicle's electric engine delivered a commendable power output of 3600 rpm and a peak torque of 69.6 Nm at 4000 rpm. This ensured responsive acceleration and a satisfying driving experience, making it suitable for urban driving conditions.

One of the key highlights of the Subaru Sambar EV Classic was its fuel source. As an electric vehicle, it relied on electricity as its primary fuel type, contributing to reduced environmental impact and decreased dependence on traditional fossil fuels.

While the Sambar EV Classic focused on providing eco-conscious transportation, it also incorporated practical and safety-oriented features. The suspension system included tyres with dimensions of 145S R12-6PRLT, ensuring a stable and controlled ride. The vehicle also featured standard aluminum disks, contributing to reliable braking performance.

Although some luxury amenities were absent, such as power windows, power steering, and leather seats, the Subaru Sambar EV Classic excelled in its commitment to sustainable mobility and its mission to embrace electric power for practical urban commuting.

Overall, the 1995-1996 Subaru Sambar EV Classic remains a noteworthy model in automotive history, representing an early foray into electric vehicles and showcasing Subaru's dedication to environmental consciousness and innovative technology.

Engine Details and Performance Specifications

The heart of the 1995-1996 Subaru Sambar EV Classic lies in its innovative electric engine, setting it apart as a forward-thinking and eco-friendly vehicle during its production years. As an all-electric minivan, this model demonstrated Subaru's commitment to sustainable mobility and reducing environmental impact.

The Sambar EV Classic was equipped with an electric motor that propelled the vehicle with efficiency and low emissions. Although specific power output figures were not provided, the electric engine delivered a commendable performance suitable for city driving and short-distance commuting.

The maximum power output of the electric motor occurred at 3600 rpm, offering responsive acceleration for navigating through urban traffic. The peak torque of 69.6 Nm at 4000 rpm ensured smooth power delivery, enhancing the driving experience in various conditions.

As an electric vehicle (EV), the Subaru Sambar EV Classic's power source was electricity, representing a significant departure from traditional internal combustion engines. By relying on electricity as its fuel type, the Sambar EV Classic contributed to cleaner air and reduced greenhouse gas emissions, aligning with the growing interest in sustainable transportation solutions.

The electric drivetrain also provided the benefit of quieter operation, creating a serene and enjoyable cabin environment for passengers. Additionally, the absence of tailpipe emissions made the Sambar EV Classic an environmentally conscious choice for urban driving.

Although performance figures like acceleration times and top speed were not specified, the Sambar EV Classic's primary focus was on providing practical and eco-friendly mobility for city dwellers and those seeking a sustainable transportation option.

Overall, the 1995-1996 Subaru Sambar EV Classic's electric engine and performance specifications showcased the brand's commitment to innovation and environmental responsibility, paving the way for the advancement of electric vehicles in the automotive industry.

MPG and Fuel Consumption Information

As an all-electric vehicle, the 1995-1996 Subaru Sambar EV Classic had a distinct advantage when it comes to fuel consumption and efficiency. Being powered solely by electricity, it did not rely on traditional fossil fuels like gasoline or diesel, making it a zero-emission and environmentally-friendly option for city driving.

Unlike conventional vehicles that use miles per gallon (MPG) as a metric to measure fuel efficiency, electric vehicles utilize an equivalent measure called miles per kilowatt-hour (miles/kWh) to gauge their energy consumption. While specific miles/kWh figures were not provided for the Sambar EV Classic, it's important to note that electric vehicles are generally more energy-efficient than internal combustion engine vehicles.

The efficiency of an electric vehicle depends on various factors, including driving habits, weather conditions, traffic congestion, and terrain. In urban settings where the Sambar EV Classic was intended to excel, electric vehicles typically exhibit even greater efficiency due to frequent regenerative braking and the stop-and-go nature of city driving.

One of the primary advantages of an electric vehicle is its lower operating cost compared to traditional vehicles. Electricity is generally cheaper than gasoline or diesel, resulting in potential cost savings for the owner over the vehicle's lifetime.

Another benefit of electric vehicles is the reduced maintenance requirements. With fewer moving parts and no need for oil changes, electric vehicles often have lower maintenance costs, contributing to long-term savings for the owner.

Overall, the 1995-1996 Subaru Sambar EV Classic's fuel consumption information centered around its electric powertrain's energy efficiency, making it an environmentally-conscious and cost-effective choice for urban commuters seeking a sustainable and economical mode of transportation.

Fuel Tank Capacity and Range

As an all-electric vehicle, the 1995-1996 Subaru Sambar EV Classic does not have a conventional fuel tank, as it relies solely on electricity as its power source. Instead of refueling with gasoline or diesel, this electric minivan is charged using an electric power source, such as a wall outlet or dedicated charging station.

The range of an electric vehicle refers to the distance it can travel on a single charge. While the specific range for the Sambar EV Classic was not provided, the range of electric vehicles in the mid-1990s varied depending on battery capacity and technological advancements.

During its production years, electric vehicles typically had more limited ranges compared to modern electric vehicles due to the limitations of early battery technology. However, for short-distance urban driving and commuting, the Sambar EV Classic offered practical range capabilities that catered to the needs of city dwellers.

As battery technology continues to improve, modern electric vehicles now offer significantly longer ranges, making them more suitable for longer journeys and reducing the need for frequent charging.

For prospective buyers of the Subaru Sambar EV Classic during its production years, understanding the vehicle's range and ensuring access to charging infrastructure were essential factors to consider, as it influenced the vehicle's usability and potential commuting distances.

In conclusion, the 1995-1996 Subaru Sambar EV Classic's fuel tank capacity is non-existent, as it is an all-electric vehicle powered by electricity. The range of the vehicle on a single charge would have been a crucial consideration for potential buyers, determining its suitability for various driving needs and urban commuting.

Fuel Efficiency and Average Consumption

The 1995-1996 Subaru Sambar EV Classic, being an all-electric vehicle, boasted notable fuel efficiency and average consumption figures that distinguished it from conventional internal combustion engine vehicles. As an electric minivan, it relied solely on electricity as its power source, offering several advantages in terms of efficiency and operating costs.

Electric vehicles like the Sambar EV Classic are renowned for their high efficiency, as they convert a significant portion of the electrical energy into propulsion, minimizing energy losses typically associated with traditional gasoline or diesel engines.

The average consumption of the Sambar EV Classic was influenced by various factors, such as driving habits, traffic conditions, and weather. In urban settings, where the vehicle was primarily designed to operate, electric vehicles generally exhibited optimal efficiency due to frequent regenerative braking and the stop-and-go nature of city driving.

Moreover, the Sambar EV Classic's fuel efficiency was notably higher in comparison to conventional internal combustion engine vehicles. Electric vehicles are known for their superior energy utilization, resulting in cost savings for owners due to the lower cost of electricity compared to gasoline or diesel.

Additionally, the absence of tailpipe emissions made the Sambar EV Classic an environmentally-conscious choice, contributing to reduced air pollution and lower carbon emissions.

While specific fuel efficiency figures (such as miles per kilowatt-hour) were not provided for the Sambar EV Classic, it is essential to understand that electric vehicles offer a highly efficient and eco-friendly alternative for urban commuting and short-distance travel.

For those seeking a sustainable and cost-effective mode of transportation, the 1995-1996 Subaru Sambar EV Classic represented an early foray into electric vehicles, showcasing the brand's dedication to innovation and environmental consciousness. As electric vehicle technology continues to advance, modern electric vehicles now offer even greater efficiency and longer ranges, making them an attractive option for environmentally-conscious drivers worldwide.

Dimensions and Sizes of the Subaru Sambar EV

The 1995-1996 Subaru Sambar EV Classic featured a compact and practical design, tailored to suit urban driving and maneuverability. As a minivan, its dimensions and sizes were optimized to accommodate passengers and cargo while navigating through tight city streets.

The exterior length of the Sambar EV Classic measured approximately 329.5 cm, contributing to its agile nature and easy parking in crowded areas. Its compact exterior width, around 139.5 cm, made it suitable for navigating narrow lanes and congested traffic.

With an exterior height of about 188.5 cm, the Sambar EV Classic provided ample headroom for occupants while still remaining compact enough for urban environments. The vehicle's wheelbase, measuring around 188.5 cm, enhanced stability and ride quality, contributing to a smooth driving experience.

The Sambar EV Classic featured a ride height, or ground clearance, of approximately 16.5 cm. This provided sufficient clearance to tackle minor obstacles on the road while maintaining a low center of gravity for stability.

Weighing approximately 1350 kg, the Sambar EV Classic's lightweight nature added to its energy efficiency and overall handling. With seating for four passengers across its five doors, it offered a practical and functional interior layout.

The vehicle's turning circle, or turning diameter, was around 3.9 meters, ensuring ease of maneuverability and facilitating smooth U-turns and cornering in city environments.

The 1995-1996 Subaru Sambar EV Classic showcased dimensions and sizes tailored to urban driving needs. Its compact exterior and lightweight design made it a nimble and efficient choice for city dwellers seeking a sustainable and eco-friendly mode of transportation.

Wheel Specifications for the Sambar EV Classic

The 1995-1996 Subaru Sambar EV Classic was equipped with specific wheel specifications to ensure a safe and smooth driving experience. The wheel specifications for this electric minivan contributed to its handling, stability, and overall performance on the road.

The Sambar EV Classic featured wheels with the tire dimensions of 145S R12-6PRLT. These tire specifications provided a suitable balance of traction, grip, and comfort, making the vehicle well-suited for urban driving conditions.

Additionally, the Sambar EV Classic came equipped with standard aluminum disks. Aluminum wheels offer several advantages, including reduced weight compared to traditional steel wheels. The lighter weight of aluminum wheels can contribute to improved fuel efficiency and handling characteristics.

The combination of the specified tires and aluminum disks helped optimize the Sambar EV Classic's ride quality and overall driving dynamics, ensuring a pleasant and efficient driving experience for urban commuters and short-distance travelers.

While the specific wheel size (diameter and width) was not provided, it's important to note that wheel sizes can influence factors such as the vehicle's ride comfort, handling response, and tire longevity. Properly matched wheel and tire specifications are crucial for ensuring optimal performance and safety of any vehicle, including electric minivans like the Subaru Sambar EV Classic.

Overall, the 1995-1996 Subaru Sambar EV Classic's wheel specifications were carefully chosen to complement its electric powertrain and provide a balanced and enjoyable driving experience, making it a practical and eco-conscious choice for urban commuters and environmentally-conscious drivers.

Interior and Cargo Space

The interior of the 1995-1996 Subaru Sambar EV Classic was designed with a focus on practicality and functionality, providing a comfortable and functional space for passengers. As a minivan, it offered ample interior room, making it suitable for urban commuting and transporting passengers and cargo.

The Sambar EV Classic accommodated four occupants, offering seating for the driver and three passengers. The two-row minivan design provided sufficient headroom and legroom for occupants, ensuring a pleasant and spacious interior environment.

In terms of cargo space, the Sambar EV Classic's minivan layout allowed for a practical and versatile cargo area. While specific cargo capacity figures were not provided, the minivan design enabled users to utilize the space behind the second row of seats for carrying goods and luggage.

The absence of a power window or power steering option suggests a more straightforward and less tech-centric interior, emphasizing practicality over luxury amenities.

The Sambar EV Classic also featured right-hand drive, which is the standard configuration for vehicles in markets where traffic flows on the left side of the road.

While leather seats and adjustable steering were not available, the interior still offered a functional and comfortable driving experience for short-distance urban commuting and city driving.

The 1995-1996 Subaru Sambar EV Classic's interior design catered to the needs of urban commuters and those seeking a sustainable and efficient mode of transportation. With its spacious interior and practical cargo area, it provided a versatile and eco-conscious option for city dwellers and short-distance travelers.

Exterior Dimensions and Styling Features

The 1995-1996 Subaru Sambar EV Classic boasted an exterior design tailored for urban driving and practicality. Its compact dimensions and thoughtful styling features made it well-suited for navigating through city streets and tight spaces.

With an exterior length of approximately 329.5 cm, the Sambar EV Classic maintained a small footprint, allowing for easy parking and maneuvering in congested urban areas. Its compact exterior width, measuring around 139.5 cm, further enhanced its agility on the road, making it an ideal choice for city dwellers.

The minivan's exterior height of about 188.5 cm provided ample headroom for passengers while still maintaining a low profile, contributing to its aerodynamic design. The vehicle's wheelbase, measuring around 188.5 cm, added to its stability and ensured a smooth ride quality.

The Sambar EV Classic's styling features were focused on functionality, with a clean and practical design. While specific exterior features like sunroofs, front and rear spoilers, and xenon lamps were not present, the vehicle showcased a straightforward and streamlined appearance.

The absence of power-adjustable door mirrors and front fog lamps suggested a more straightforward approach, emphasizing efficient design over luxury amenities.

Additionally, the Sambar EV Classic did not include a roof rail, further emphasizing its focus on practicality rather than recreational or adventure-oriented features.

While some modern amenities and styling elements may be absent in the Sambar EV Classic, it offered a purpose-built design tailored for eco-friendly urban commuting and short-distance travel.

In conclusion, the 1995-1996 Subaru Sambar EV Classic's exterior dimensions and styling features showcased a compact and functional design, making it a practical and eco-conscious option for navigating through city environments and catering to the needs of urban drivers seeking an efficient and sustainable mode of transportation.

Safety Features and Ratings

The 1995-1996 Subaru Sambar EV Classic was designed with safety in mind, featuring various safety elements to ensure the protection of its occupants during urban driving and short-distance travel.

While specific safety features were not detailed, the vehicle was equipped with standard safety measures typical of vehicles from that era.

The Sambar EV Classic likely included basic safety features such as seatbelts for all occupants, ensuring that passengers were securely restrained in the event of a collision.

Although airbags were not present in the Sambar EV Classic, the vehicle's construction and design aimed to provide a safe cabin environment, prioritizing occupant safety in the event of an impact.

While side airbags and side impact bars were not mentioned, the Sambar EV Classic may have incorporated additional structural reinforcement to enhance its crashworthiness.

As technology and safety standards have evolved over time, modern electric vehicles are now equipped with a wide range of advanced safety features, including airbags, electronic stability control (ESC), anti-lock braking systems (ABS), and more.

The Sambar EV Classic likely met the safety standards applicable to vehicles during its production period. However, it's important to note that safety ratings and crash test results for the Sambar EV Classic were not specified in the available information.

For those considering the Sambar EV Classic as a potential vehicle option, understanding its safety features and comparing them with modern safety standards is essential in making an informed decision.

Overall, the 1995-1996 Subaru Sambar EV Classic provided standard safety features typical of vehicles from its era, offering a practical and eco-friendly choice for urban commuters and short-distance travelers who prioritize a sustainable and efficient mode of transportation.

Infotainment and Technology Highlights

The 1995-1996 Subaru Sambar EV Classic's infotainment and technology offerings reflected the era's standards for electric vehicles and city-centric minivans. While modern-day advanced infotainment systems were not present in this model, it did provide some basic technology features to enhance the driving experience.

The available information does not mention an automatic air conditioning system or advanced climate control features. However, the Sambar EV Classic likely featured manual climate controls to adjust the cabin temperature for passenger comfort during urban commutes.

Regarding audio and entertainment, the Sambar EV Classic did not come equipped with a radio, autoreverse cassette player, CD player, CD changer, MD player, or MD changer. As a vehicle from the mid-1990s, it may have offered a simple audio system that allowed occupants to listen to music via standard cassette tapes.

The Sambar EV Classic's amenity offerings may have been limited to practical essentials, such as a cooler for storage of beverages and refreshments during trips.

As technology and infotainment features have advanced significantly since the 1990s, modern electric vehicles now come equipped with state-of-the-art infotainment systems, touchscreen displays, smartphone integration, Bluetooth connectivity, navigation systems, and advanced sound systems.

While the Sambar EV Classic may not have had the advanced technology found in modern electric vehicles, it still provided a practical and eco-conscious option for urban drivers seeking a sustainable mode of transportation. The vehicle's primary focus was on efficient and functional design, making it an early foray into electric mobility during an era when electric vehicles were not as widespread as they are today.

Optional Packages and Upgrades

The available information does not specify optional packages or specific upgrades for the 1995-1996 Subaru Sambar EV Classic. As an early electric vehicle model from the mid-1990s, it's likely that the range of optional features and upgrades may have been limited compared to modern-day vehicles.

During this era, electric vehicles were still in their early stages of development, and manufacturers were primarily focused on introducing the technology and establishing a market presence for electric mobility.

Optional packages and upgrades for electric vehicles during this time may have been relatively scarce, with the main focus on providing a functional and eco-friendly driving experience.

While modern electric vehicles offer a wide range of optional features and technology upgrades, such as advanced infotainment systems, driver-assistance technologies, luxury amenities, and extended range battery options, these features were not mentioned in the available data for the Sambar EV Classic.

It's important to note that the lack of detailed information on optional packages and upgrades does not diminish the significance of the Sambar EV Classic as an early electric vehicle. During the mid-1990s, the focus was on promoting eco-friendly and sustainable transportation, and the Sambar EV Classic played a role in paving the way for the development and widespread adoption of electric vehicles in the automotive industry.

For those considering the 1995-1996 Subaru Sambar EV Classic, it's essential to be aware of the available features and technology offered during its production period, keeping in mind that its primary focus was on providing an efficient and practical mode of transportation for urban driving.

Conclusion: A Glimpse of the Subaru Sambar EV Classic

The 1995-1996 Subaru Sambar EV Classic stands as a remarkable model in the history of electric vehicles, representing Subaru's early efforts in eco-friendly mobility during the mid-1990s. As an all-electric variant of the popular Sambar minivan, it showcased the brand's commitment to embracing sustainable transportation solutions.

The Sambar EV Classic's design was tailored for urban driving, featuring compact dimensions that allowed for easy maneuverability in congested city streets. Its rear-wheel-drive (RR) configuration and two-row minivan body type made it a practical and functional option for short-distance commuting and transporting passengers in urban environments.

The electric powertrain of the Sambar EV Classic offered a commendable performance for city driving, delivering power and torque suitable for daily commutes and navigating through urban traffic.

One of the notable highlights of the Sambar EV Classic was its electric engine, which operated without the use of traditional fossil fuels. As an electric vehicle, it contributed to reduced emissions and lower environmental impact, making it an eco-conscious choice for environmentally-aware drivers.

While modern-day electric vehicles offer advanced infotainment systems, safety features, and extended range options, the Sambar EV Classic showcased the early development stages of electric mobility when technology and infrastructure for electric vehicles were still in their nascent phase.

Optional packages and specific safety features were not detailed in the available information, highlighting the focus on providing a functional and efficient electric minivan during its production years.

Overall, the 1995-1996 Subaru Sambar EV Classic offered a glimpse into the early stages of electric vehicle technology, representing a significant step towards sustainable and eco-friendly transportation. As the automotive industry continued to evolve, so did electric vehicles, leading to the modern-day adoption of electric mobility as a viable and widespread mode of transportation.

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