GoSun is preparing to introduce the Moonrider T27 electric tractor to the North American market, pairing a 27 hp battery-electric compact tractor with an optional 1,100-watt solar charging system designed to reduce dependence on both diesel fuel and fixed charging infrastructure.
The Cincinnati-based solar technology company is working with Indian electric tractor manufacturer Moonrider to market the machine in the United States. The Moonrider 27 is currently priced at $19,995 with a 220V charger, while reservations are being accepted with a $50 refundable deposit. GoSun says deliveries are planned for 2027.
The tractor is scheduled to make its North American public debut at the Farm Progress Show in Boone, Iowa, September 1 through September 3, 2026.
Moonrider T27 Specs
The T27 is not simply an electric utility vehicle shaped like a tractor. Its specifications place it firmly in the compact tractor category.
Moonrider rates the machine at 27 hp, or 20 kW, with 22.8 hp available at the PTO. It uses four-wheel drive and provides a conventional rear three-point hitch together with 540 and 540E PTO speeds, allowing it to operate many implements already used with compact diesel tractors.
The tractor has a 750 kg, approximately 1,653 lb, rear lift capacity and weighs 1,095 kg, or about 2,414 lb. Its wheelbase measures 1,575 mm, while ground clearance is 270 mm and the turning radius is 1.4 meters.
Those figures are important because electric tractors will ultimately be judged less by drivetrain novelty than by whether farmers can connect existing mowers, tillers, spreaders, blades and other implements without rebuilding the rest of their equipment fleet.
Five-Hour Electric Runtime
Power comes from an LFP, or lithium iron phosphate, battery system developed around Moonrider’s own battery-pack architecture.
Moonrider estimates operating time at approximately five hours under standard conditions. The company lists a charging time of about 2.5 hours from 0 to 80 percent, although actual runtime and charging performance will vary with implement load, operating conditions and temperature.
GoSun also lists a 220V rapid charger for the North American version.
The tractor includes mobile-app access, GPS tracking and geofencing, bringing connectivity functions that are increasingly expected on much larger agricultural machines into the compact tractor segment.
Moonrider has also placed considerable engineering emphasis on battery temperature control. Its tractors use an in-house LFP battery system with active thermal management intended to maintain consistent output during long, high-load work cycles.
Solar Tractor Charging
The more unusual part of GoSun’s North American package is the optional 1,100-watt solar canopy.
Rather than positioning solar power as the tractor’s primary instantaneous energy source, the system effectively turns the machine into a slowly replenishing mobile energy platform. GoSun says the solar array can recharge the tractor directly from sunlight, providing an alternative where access to grid power is limited.
That distinction matters.
A 1.1 kW solar array cannot replace a high-power charger when a tractor is being worked continuously at substantial load. The practical value is instead likely to appear during lower-utilization operations, overnight or daytime parking, remote properties and applications where the tractor spends considerable time away from established electrical infrastructure.
Vineyards, orchards, livestock operations, campuses, municipalities and large rural properties could therefore be more natural early markets than operations expecting a tractor to pull heavy tillage equipment continuously through a long field day.
Lower Electric Tractor Costs
GoSun is pitching the T27 partly on operating economics.
Electric tractors eliminate several recurring maintenance items associated with diesel engines, including engine oil, diesel fuel filters and parts of the conventional fuel and emissions systems. GoSun estimates that the Moonrider 27 could save approximately $15,000 over five years compared with a conventional diesel tractor, although actual savings will depend heavily on annual operating hours, electricity prices, diesel prices and maintenance patterns.
Moonrider makes similarly aggressive cost claims in its home market. The company estimates annual operating expense of approximately ₹96,000 for 1,000 hours of use compared with ₹558,000 for a diesel tractor under its modeled assumptions.
The larger economic question for North American buyers will be residual value and battery durability.
Fuel savings are relatively easy to calculate. Battery replacement costs, long-term capacity degradation, dealer support, parts availability and resale values are much harder to predict for an agricultural electric vehicle that has not yet accumulated years of commercial service in the United States.
The T27 Targets the Right Tractor Segment
The T27 illustrates why compact tractors may become one of the earliest agricultural categories where electrification gains meaningful traction.
Large row-crop tractors routinely work long shifts at hundreds of horsepower, making battery size and charging infrastructure difficult engineering problems. A 27 hp tractor has a much more manageable energy requirement and is frequently used intermittently for mowing, material handling, spraying, livestock chores, property maintenance and specialty-crop work.
Those duty cycles create natural opportunities for charging between jobs.
Noise is another practical advantage rather than simply an environmental one. Electric operation can be useful near livestock, workers, homes, greenhouses and other locations where conventional diesel noise and exhaust are undesirable.
For some customers, the ability to use the tractor as a mobile electrical power source could eventually become almost as important as the drivetrain itself.
Why the T27 Matters
The solar canopy is likely to attract most of the attention, but the more significant development is that the Moonrider T27 is being packaged as a conventional tractor rather than an experimental EV.
It has four-wheel drive, a real PTO, a three-point hitch and recognizable compact-tractor dimensions. That is the correct approach.
Farmers rarely buy a machine because its powertrain is interesting. They buy it because it performs jobs already required on the farm at an acceptable cost.
The 27 hp class is also a sensible place to test whether those economics work. A five-hour estimated runtime could be entirely adequate for many compact-tractor owners, while it would clearly be restrictive for continuous high-load commercial work.
Solar charging should therefore be viewed as supplementary energy rather than the technology that makes the tractor viable. The decisive numbers will be battery longevity, field runtime under PTO load, charging efficiency, dealer support and cost per operating hour after several thousand hours of use.
If those figures hold up, compact tractors could electrify considerably faster than the larger agricultural machines that dominate discussions about replacing diesel.
About Moonrider
Moonrider is a Bengaluru, India-based electric tractor manufacturer founded in August 2023 by Anoop Srikantaswamy and Ravi Kulkarni. The company is developing tractors around internally engineered electric drivetrains, battery systems and vehicle electronics.
Its current product range spans three power classes: the 27 hp T27, 50 hp T50 and 75 hp T75. The T27 offers an estimated five-hour runtime, while Moonrider rates both the T50 and T75 at up to seven hours under standard test conditions.
Moonrider raised $6 million in Series A funding in December 2025 in a round led by pi Ventures, with participation from Singularity AMC, AdvantEdge Founders and Micelio Fund. The company has also reported memorandums of understanding covering 6,000 tractors over a three-year period as it moves from customer trials toward broader commercialization.
