Which Electric UTV Is Right for Your Farm or Property?

Electric UTVs have reached the point where they are becoming a serious alternative to gas-powered machines for farms, ranches, hunting properties, large residential properties and everyday utility work. They are quiet, inexpensive to operate, require less routine maintenance than gasoline engines, and can be especially useful around livestock, barns and hunting land where engine noise can be a disadvantage.

But there are major differences between electric UTVs.

Three of the most interesting choices are the Campus E1, which BDX Performance markets as the Workhorse; the Kandi Cowboy and Innovator e10K; and the HISUN Sector E1.

The differences become clear when you put the three electric power systems side by side. The Campus/Workhorse uses a 72V lithium battery system and a 20 kW motor. The Kandi Cowboy and Innovator also use 72V systems, but each uses dual 5 kW motors for 10 kW of total rated motor output. The HISUN Sector E1 uses a 48V electrical system with a 5 kW nominal motor rating and approximately 14 kW of peak power.

In other words, the Campus operates at the same 72-volt level as the Kandi machines but provides twice their combined rated motor output—20 kW versus 10 kW. Compared with the HISUN, the Campus combines a higher-voltage 72V system versus 48V with 20 kW of motor power versus approximately 14 kW peak and 5 kW nominal for the Sector E1.

Motor ratings alone don't determine how a UTV will perform in every situation. Vehicle weight, gearing, controllers, tires and drivetrain design all affect real-world performance. But for a buyer looking for power for hills, rough terrain, hauling and everyday farm work, these are significant differences that deserve to be compared apples to apples.

The Campus/Workhorse also features on-demand 2WD/4WD and a locking rear differential. The Kandi Cowboy and Innovator use dual motors and AWD, while the HISUN Sector E1 provides selectable 2WD/4WD and a locking front differential.

For a property owner, those differences can matter considerably when the vehicle leaves the driveway and starts climbing hills, crossing muddy fields, pulling trailers or working on rough terrain.

Side-by-Side Electric UTV Comparison

Specification	Campus E1 / Workhorse	Kandi Cowboy e10K	Kandi Innovator e10K	HISUN Sector E1
Battery Voltage	72V	72V	72V	48V
Motor Output	20 kW	Dual 5 kW / 10 kW total	Dual 5 kW / 10 kW total	5 kW nominal / approx. 14 kW peak
Drive System	On-Demand 2WD/4WD	AWD	AWD	2WD/4WD
Locking Differential	Rear	Dual-motor AWD system	Dual-motor AWD system	Front
Battery Type	LiFePO4 Lithium	LiFePO4 Lithium	LiFePO4 Lithium	Dry Cell
Maximum Advertised Range	Up to 60 miles	Up to 60 miles	Up to 60 miles	More than 42 miles
Towing Capacity	3,000 lbs.	2,500 lbs.	2,500 lbs.	1,500 lbs.
Cargo Bed Capacity	550 lbs.	441 lbs.	441 lbs.	500 lbs.
Ground Clearance	11 in.	Approx. 9.8 in.	Approx. 9.8 in.	11 in.
Top Speed	35 MPH	40 MPH	40 MPH	—
Winch	3,000 lbs.	3,500 lbs.	3,500 lbs.	3,500 lbs.
Seating	2	2	2	2

The Campus/Workhorse: 72 Volts and 20 kW

The most striking specification on the Campus E1 is its combination of a 72V lithium electrical system and 20 kW permanent-magnet motor.

Kandi takes a different approach with the Cowboy and Innovator. Those machines also operate at 72 volts but use two 5 kW motors, giving them 10 kW of total rated motor output and AWD.

The HISUN Sector E1 operates at a lower 48 volts, with its motor rated at approximately 5 kW nominal and 14 kW peak.

This puts the Campus at 20 kW versus 10 kW total rated motor output for the Kandi machines, while the HISUN's approximately 14 kW figure represents its peak, rather than nominal, output.

That's an important distinction. Peak power is generally the maximum power a system can produce for a limited period, while nominal or continuous power is what the system is designed to sustain. Buyers should therefore be careful about comparing a peak rating from one manufacturer directly against a continuous or rated figure from another.

Nevertheless, the Campus's 20 kW motor is a substantial power specification for an electric utility vehicle intended to work.

4WD and a Locking Rear Differential

Power is only useful if the vehicle can put it to the ground.

That's another area where the Campus/Workhorse is designed more like a traditional working UTV. It has on-demand 2WD/4WD and a locking rear differential.

For normal driving around a farm or property, the operator can use two-wheel drive. When the terrain gets difficult, four-wheel drive can be engaged.

The locking rear differential becomes particularly important when traction is limited. Mud, loose soil, wet grass, steep grades and uneven ground can leave one wheel with substantially less traction than another.

For somebody buying a UTV to actually work a farm or rural property, drivetrain capability can be considerably more important than creature comforts.

Where the Kandi Cowboy and Innovator Are Strong

The Kandi Cowboy and Innovator bring their own significant advantages to the comparison.

Most notably, Kandi advertises a 2,500-pound towing capacity, compared with 3000lbs for the Campus and 1500lbs for the HISUN. They also have AWD, a claimed range of up to 60 miles and a top speed of 40 MPH.

That combination makes the Kandi machines interesting for buyers who want a UTV that can work around the property but also provide higher-speed recreational use.

The Cowboy is positioned more heavily toward utility work, while the Innovator has somewhat more of a recreational/adventure personality. Mechanically, however, they share many important specifications, including their 72V architecture, dual 5 kW motors and AWD drivetrain.

The important distinction for a buyer comparing them with the Campus is that 72 volts does not mean the vehicles have the same motor output.

Both operate at 72 volts, but the Campus is rated at 20 kW, while the Kandi dual-motor arrangement totals 10 kW of rated output.

Where the HISUN Sector E1 Fits

The HISUN Sector E1 takes another approach.

It uses a 48V electrical system, compared with the 72V architecture of both the Campus and Kandi machines. Its motor is rated at approximately 5 kW nominal with approximately 14 kW peak output.

The HISUN nevertheless provides many of the features property owners expect from a traditional UTV. It has selectable 2WD/4WD, a locking front differential, independent dual A-arm suspension, 11 inches of ground clearance, a 500-pound cargo-bed capacity and a 1,500-pound tow rating.

It also comes equipped with a 3,500-pound winch.

One of the larger differences is battery technology. The HISUN Sector E1 uses a 48V dry-cell battery system, while the Campus and Kandi machines use 72V lithium battery systems.

For somebody planning to keep an electric UTV for years, battery technology deserves consideration alongside horsepower, towing capacity, range and purchase price.

What Actually Matters on a Farm?

Maximum speed makes an impressive number on a specification sheet, but it probably shouldn't be the first consideration for somebody buying a working UTV.

Think about what the machine is actually going to do.

Will it carry feed to animals? Haul fencing supplies? Pull a trailer? Carry firewood? Cross muddy pastures? Climb steep hills? Move tools between barns? Check livestock? Travel around a large piece of property? Be used during hunting season?

Those are the jobs that should determine which specifications matter most.

If motor output and traditional selectable four-wheel-drive capability are priorities, the Campus/Workhorse brings a compelling combination of a 72V lithium system, 20 kW motor, on-demand 2WD/4WD and locking rear differential.

If advertised towing capacity and maximum speed are major priorities, the Kandi Cowboy and Innovator have impressive specifications with their 2,500-pound towing capacity and 40 MPH top speed.

The HISUN Sector E1 provides a more traditional electric UTV configuration with selectable 2WD/4WD, locking front differential, 11 inches of ground clearance and 1,500-pound towing capacity, although it operates on a 48V dry-cell electrical system rather than the 72V lithium systems used by the Campus and Kandi machines.

Electric UTVs Have Become Real Work Machines

A few years ago, many electric utility vehicles were little more than golf carts with larger tires and a dump bed.

That description no longer fits the better machines entering today's market.

We are now seeing 72V lithium battery systems, 20 kW motors, AWD and selectable 4WD drivetrains, locking differentials, substantial towing capacities and advertised ranges approaching 60 miles.

For farmers, hunters, ranchers and rural property owners, that means electric UTVs are becoming legitimate alternatives for many jobs traditionally handled by gasoline-powered machines.

The decision is no longer simply gas versus electric.

The better question is:

How much real work can this particular electric UTV do on my property?

That's where comparing the Campus/Workhorse, Kandi Cowboy, Kandi Innovator and HISUN Sector E1 by their actual power, battery, drivetrain, towing, cargo and off-road capabilities begins to separate these machines from one another.