Originally published January 6, 2010. Updated with historical context.
Polaris Defense entered the low-speed vehicle market in January 2010 with the Polaris EV LSV, an electric work vehicle that combined the off-road capability of the original RANGER EV with the equipment required for operation on certain public roads.
The EV LSV was initially aimed at military installations and federal government agencies. Its combination of quiet electric operation, four-wheel drive and useful cargo capacity made it particularly well suited for bases, parks, campuses and other controlled environments where vehicles needed to move between paved roads and unimproved terrain.
Based on the Original Polaris RANGER EV
The EV LSV was based on the midsize Polaris RANGER EV introduced for 2010. Both vehicles used a 48-volt AC-induction motor, lead-acid battery pack and Polaris On-Demand True All-Wheel Drive.
To qualify as a low-speed vehicle, Polaris added road-oriented equipment including a horn, turn signals, an automotive-style windshield and a rearview mirror. Top speed was limited to 25 mph, consistent with the federal low-speed vehicle classification.
The result was different from a conventional neighborhood electric vehicle. While most early LSVs were intended primarily for pavement, the Polaris model retained RANGER suspension, ground clearance, cargo capacity and all-wheel-drive capability.
2010 Polaris RANGER EV: Polaris’ First Electric UTVIntroduced for 2010, the Polaris RANGER EV combined a 30-horsepower electric motor with AWD, Turf Mode and practical hauling capability.
30 Horsepower and Three Driving Modes
The EV LSV’s electric motor produced a claimed peak output of 30 horsepower. An 11.7-kilowatt-hour lead-acid battery pack supplied power through a 650-amp Sevcon Gen IV controller with regenerative braking.
Drivers could select from three operating modes:
- High: Prioritized vehicle speed.
- Low: Intended for towing and hauling.
- Max Range: Reduced power consumption to extend operating range.
Polaris claimed a maximum range of up to 50 miles under favorable conditions in Max Range mode. Actual range depended on terrain, temperature, payload, driving mode and vehicle use.
The onboard Delta-Q charger allowed the battery pack to be charged from a conventional 120-volt outlet. Polaris listed an approximate eight-hour charging time, depending on the battery’s depth of discharge.
Useful RANGER Work Capacity
Although its road equipment distinguished the EV LSV from the standard RANGER EV, it remained a functional utility vehicle. Polaris rated it to carry 1,000 pounds of total payload, tow 1,250 pounds and hold 500 pounds in its Lock & Ride cargo box.
On-Demand True All-Wheel Drive helped the vehicle cross loose or uneven terrain. VersaTrac could unlock the rear differential for tighter turning and reduced turf damage on sensitive surfaces.
2010 Polaris EV LSV Specifications
| Motor | Single 48-volt high-efficiency AC-induction motor |
|---|---|
| Peak output | 30 horsepower |
| Controller | 650-amp Sevcon Gen IV with multiple drive modes and regenerative braking |
| Battery | 11.7-kWh, 48-volt lead-acid battery pack |
| Claimed range | Up to 50 miles in Max Range mode under favorable conditions |
| Top speed | 25 mph |
| Charger | Onboard Delta-Q charger with 120-volt AC input |
| Approximate charge time | 8 hours, depending on depth of discharge |
| Drive system | On-Demand True All-Wheel Drive with VersaTrac |
| Ground clearance | 10 inches |
| Wheelbase | 72 inches |
| Dry weight | 1,750 pounds |
| Dimensions | 108 × 56.5 × 73 inches |
| Cargo-box capacity | 500 pounds |
| Total payload | 1,000 pounds |
| Towing capacity | 1,250 pounds |
| Seating | Two occupants |
From Government Vehicle to Civilian LSV
The January 2010 announcement concentrated on military and federal government customers. Polaris later announced a General Services Administration contract for the EV LSV, giving government agencies a centralized way to purchase the vehicle.
Polaris then introduced a civilian version of the EV LSV for the 2011 model year. One vehicle was subsequently loaned to John Day Fossil Beds National Monument, illustrating the type of mixed paved-road and off-road work for which the platform was designed.
An Early Step in Polaris Electric-Vehicle Development
The EV LSV was a relatively short-lived branch of the RANGER family, but it demonstrated that an electric utility side-by-side could serve as both an off-road work vehicle and localized road transportation.
Polaris expanded its low-speed electric-vehicle presence by acquiring Global Electric Motorcars, better known as GEM, in 2011. The company eventually sold GEM and Taylor-Dunn to Waev in late 2021, while continuing to develop electric off-road vehicles under the RANGER name.
More than a decade after the EV LSV appeared, Polaris applied modern lithium-ion battery technology to the full-size RANGER XP Kinetic. Compared with the original lead-acid EV platform, the Kinetic delivered substantially greater power, towing capacity, operating range and charging capability.
The 2010 EV LSV therefore represents an important early chapter in the history of the Polaris RANGER and Polaris’s continuing experimentation with electric utility vehicles.
See more Polaris UTV news, reviews and model history on UTV Guide.
