Steve Heckeroth’s Long Road to the Electric Tractor

Image Source: Steve Heckeroth

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Written by Will Jones

When Steve Heckeroth saw a cement block hanging off the back of a tractor at a county fair, something clicked.

At the time, Heckeroth had already spent years thinking about solar power, electric vehicles, and the challenge of moving away from fossil fuels. He had built electric cars in an era when batteries were heavy, expensive, and difficult to package. In a passenger vehicle, that weight was a problem. It reduced efficiency, complicated design, and made electric transportation harder to scale.

But the tractor at the county fair made him look at the problem differently.

Tractors need weight. They rely on traction to pull, push, lift, cultivate, mow, and work soil. The cement block was not wasted weight. It was functional weight. To Heckeroth, that changed the equation. If tractors already needed mass, then battery weight could become part of the machine’s advantage rather than a limitation.

That idea has shaped much of his career since.

Today, Heckeroth is the founder and CEO of Renewables, the company behind the e2T, a compact electric two-wheel tractor designed for small farms, greenhouses, agrivoltaics, and land-management use cases. As Renewables moves toward e2T pre-orders and its current crowdfunding campaign approaches its expected close, Heckeroth’s founder story has become a central part of the company’s credibility.

From Solar Homes to Electric Machines

Heckeroth’s path to electric tractors did not begin in agriculture. It began with architecture and solar design.

He studied architecture and spent the first part of his career designing passive solar homes. The early goal was straightforward: build homes that could operate with far less dependence on conventional energy. That work led him into photovoltaics and building-integrated solar products, including photovoltaic roofing.

According to Renewables’ investor materials, Heckeroth earned six patents related to photovoltaic roofing before moving deeper into electric transportation. Around the time California’s zero-emission vehicle efforts were gaining attention, he began applying his solar background to electric mobility.

The move from solar homes to electric vehicles was a natural extension of the same question: how can energy systems be redesigned around cleaner sources of power?

Heckeroth experimented with electric cars at a time when the technology was far less refined than it is today. In one account from a recent Renewables investor webinar, he described building an electric sports car using lead-acid batteries, which added roughly 1,400 pounds of weight. The car achieved notable range for the period, but the weight made the design feel inefficient for a small passenger vehicle.

The lesson stayed with him. Batteries were heavy, but that did not mean they were useless. They simply needed the right application.

Why Tractors Made Sense

The county fair moment gave Heckeroth that application.

Unlike passenger cars, tractors are work machines. They do not exist to move people quickly over long distances. They exist to produce torque, maintain traction, operate implements, and perform repetitive work at lower speeds.

That difference matters. A battery pack that creates problems in a lightweight car can make more sense in a machine that benefits from weight and torque.

Heckeroth’s insight was simple: tractors may be one of the most logical categories for electrification because the design requirements are different. Electric motors provide instant torque, require fewer routine maintenance items, and can operate without the emissions, noise, filters, oil changes, and belts associated with combustion engines.

For agriculture, those advantages can be meaningful. Farmers and land managers often operate equipment for long hours in close proximity to workers, crops, animals, greenhouses, and communities. Lower noise, fewer emissions, and simpler maintenance can matter just as much as fuel savings.

That line of thinking eventually led Heckeroth deeper into electric tractor design and, later, to Renewables.

A Smaller Tractor for the Farms Big Equipment Often Misses

Renewables’ e2T reflects a specific view of the market. The company is not trying to compete with large diesel machines used for industrial commodity farming. Instead, the e2T is designed for smaller, more specialized, and often underserved applications.

The e2T is an electric two-wheel tractor built for small to medium-scale farms, with remote-controlled operation, a compact over-the-bed design, high torque electric drivetrain, swappable battery packs, and compatibility with existing small-farm implements. The company’s website describes the e2T as a compact platform for bed preparation, seeding, harvesting, hauling, and other farm tasks.

That focus is part of what makes the Renewables story different. Many equipment companies build large machines for the needs of large farms and. Heckeroth’s thesis is that there is a significant market below that level: diversified farms, teaching farms, greenhouses, agrivoltaic sites, municipalities, roadside vegetation crews, and land managers that need affordable electric equipment without the size or cost of a full compact tractor.

For those operators, a smaller electric tractor can be more practical than a machine designed for a much larger farm.

The Practicality Behind the Vision

Heckeroth’s pitch is not only environmental. It is also practical.

The e2T is positioned around affordability, lower operating cost, reduced maintenance, easier operation, and adaptability across multiple use cases. Renewables’ investor materials list the draft unit price at $7,500, with the e2T with PTO projected at a sale price of $10,400. The company also projects a break-even point of roughly 10 units per month.

Those numbers matter because they move the story beyond clean technology ambition. They suggest a founder focused not only on electrification, but on the economics required to bring a machine into real use.

The company has also pointed to early demand from reservation holders, farms, universities, teaching farms, and international inquiries. That demand is now feeding Renewables’ move toward fulfilling pre-orders as the company works to transition from field use and early interest into more consistent production.

A Founder-Led Category Bet

For investors, founders often matter most when the company is trying to change how a market thinks.

Renewables is asking farmers, land managers, and small equipment buyers to consider a different kind of tractor: smaller, electric, remotely operated, lower-maintenance, and designed for use cases that may not need a conventional machine. That kind of shift requires more than a product spec sheet. It requires a founder who understands the category, the energy transition, and the practical constraints of the people who will actually use the machine.

Heckeroth’s career gives Renewables that founder narrative. His work has moved from solar homes to photovoltaic roofing, from electric cars to electric tractors, and now to a compact electric platform aimed at farms and municipalities that larger manufacturers often overlook.

The result is a company built around a long-running idea: electrification works best when it is matched to the right machine, the right customer, and the right job.

For Heckeroth, the electric tractor was never just a cleaner version of an old machine. It was a machine category where the core physics of electrification could finally make sense.