A freight truck is a promise made at one address and kept at another. Every hour of delay has a witness: a waiting warehouse, a driver whose shift is ending, a customer who ordered something more interesting than an explanation. This is why the electric long haul is an unusually stern market for a startup. The truck must do more than move. It must fit the route, the charging stop and the repair schedule.
Windrose Technology, founded in 2022, has built its case around that whole journey. Its Global E700 is a battery-electric heavy-duty tractor intended for long-distance work, with regional versions for markets that use different rules and charging plugs. A slick cab helps get attention. The harder task is getting an operator to put one in a dispatch plan.
- Windrose makes the E700 electric heavy-duty tractor for freight fleets.
- Its published specification includes a roughly 705 kWh LFP battery and up to 870 kW peak charging power.
- A Belgian operator bought an E700 in July 2026 after two years of testing and became a service partner.
- The business case depends on local electricity, charging access, payload, maintenance and vehicle price.
A two-year sales call
Gilbert De Clercq, a Belgian transport operator, first worked with Windrose in 2024. It tried the E700 on long routes before taking delivery of a truck in July 2026. Two years is a long time to leave a brochure open on the desk. In freight, it is a sensible time to find out what breaks, what charges and what the driver thinks after the novelty has worn off.
The purchase came with an unusual addition. De Clercq agreed to become an authorised Level 3 service centre at its Temse facility, equipped for drivetrain, battery and high-voltage work. That gives Windrose a buyer and part of the support network its next buyers will ask for. It also gives the carrier a reason to learn the truck more deeply than a single fleet unit would require.
The agreement also says something about the order of operations. A new truck brand cannot wait until it has a giant service network to sell its first vehicles. Nor can it sell many vehicles if breakdowns require a cross-border expedition. Windrose is using committed customers and local partners to grow the network as the fleet grows. That is a plausible way to start; whether it scales is an operating question, not a design question.
The route is the product.What fleet buyers effectively test
The arithmetic under the cab
The E700's present platform uses a roughly 705 kWh lithium iron phosphate battery. Windrose publishes a 700 km headline range for a current generation, although its own pages and regional releases give figures around 670 to 700 km for different configurations. That variation matters. An operator pays for the kilometres possible with its trailer, its load, its terrain and its weather, not the largest number printed beside a showroom model.
Charging is the second half of range. Windrose says the vehicle can take up to 870 kW at peak through the Megawatt Charging System and offers CCS configurations for different markets. Its quoted 20-to-80 percent charging time is about 38 minutes. Those are vehicle capabilities, not a guarantee that a compatible high-power charger exists at every motorway exit. A fleet must check the connection, the power available at the site and the timetable of the actual route.
One promising example is the announced I-35 corridor project. DSV, transportation partner Allogic and charging provider Greenspace E-Mobility plan an initial ten Windrose trucks between Dallas, San Antonio and Laredo. The route is a better test than a generic map of North America: it has named endpoints, a charging partner and a defined fleet. The stated next phase would extend toward Mexico. That remains a plan until trucks, chargers and schedules perform together in daily service.
This is where Windrose differs from a conventional truck maker adapting a diesel design. It says the E700 began as an electric platform, with the battery, chassis and drive system designed as a unit. It also publishes a 3D parts catalogue and regional component-overlap figures. Shared parts can help supply and maintenance across borders; different rules still demand different approvals, plugs and local service. A global platform saves effort only if the local details are handled well.
One truck, several constraints
Who pays, and for what?
The customer is a haulier, logistics company or fleet owner that runs heavy freight and can match routes to charging. Windrose has listed CEVA, Kuehne+Nagel and DSV among operators involved in tests or deployments; those relationships are at different stages, so a logo wall should not be mistaken for a delivery count. De Clercq's purchase is unusually clear because the company names the vehicle, date, service arrangement and warranty: five years or 600,000 km.
Windrose sells the vehicle and offers financing or usage arrangements in some markets. Its published European list price for the E700 is €198,000. The Belgian deal describes a per-kilometre fee intended to match diesel transport costs from the first day, linked to a local zero-emission road-charge exemption. Neither figure is a universal cost of ownership. Electricity prices, annual mileage, charging infrastructure, finance terms, maintenance, tolls and incentives can change the answer quickly.
That is why a fleet should copy the discipline of the Belgian trial, not merely its conclusion. Choose a route with known loads and stops. Measure energy use with the real trailer. Price the charger and its grid connection. Keep a repair plan within reach. Then compare the complete contract against the diesel work it would replace. If cheap charging is unavailable or the route cannot absorb a charging stop, the equation may not work. Windrose's own online cost calculator is useful as a list of variables, provided a buyer replaces the defaults with its own bills.
The young company behind the long route
Wen Han founded Windrose with Haoli Chen, a truck-industry engineer. The company secured Chinese approval for its first truck in December 2023 and announced a $110 million Series B in April 2024. That round named HSBC, HITE Hedge Asset Management and Goodman Group among its investors. Its stated uses included global testing, production capacity and fast-charging infrastructure - three expenses that explain why building a truck company requires more capital than drawing one.
Windrose's footprint is already wider than one factory. It describes trucks tested or deployed across five continents, and it has announced partners for assembly in the United States, charging and energy in Belgium, connectivity with Orange, and workshops in Denmark. Each announcement has a different level of commitment. A service centre receiving training is not a truck delivered; a truck delivered is not a route proven over years. The useful story is the movement from one to the next.
There are formidable alternatives: Tesla's Semi, battery-electric models from Volvo, Mercedes-Benz and Scania, and other Chinese heavy-truck makers. Their range figures are tempting to line up like sprinters. Fleet choices are less tidy. Availability, warranty, depot location and the charger on the road can matter more than a small difference in a specification sheet. Windrose's bet is that its electric-first design and adaptable global platform can make a competitive truck, while partners make it a dependable one.
The Belgian purchase does not settle the future of electric trucking. It does show what a persuasive proof point looks like: a carrier spent two years with the machine, paid for one, and offered its workshop to the next customer. For a company selling promises measured in kilometres, that is an unusually concrete yes.