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Our clean-sheet approach was driven by a core philosophy; the transition to electric commercial trucks isn’t just about a cleaner source of power. It is a rare opportunity to fully leverage the design advantages of electric propulsion and digital architecture.

By replacing hundreds of heavy mechanical components with independent electric motors and an intelligent, software-defined control system, we reallocated wasted mechanical weight directly into usable cargo space. This creates a vehicle that is lighter, stronger and carries significantly more cargo while using only a fraction of the energy.​

The result is a purpose-built platform that is transformative to the cost structure of moving cube volume over the road. One that defies commercial truck weight classifications. A 7.5-ton Superlight vehicle carries the same volume as an 18-ton traditional truck.​

Historically, the transition to sustainable commercial transport has attempted to force operators living on 3-5% margins to pay a heavy “green premium” to purchase electric and “do the right thing”. Our Superlight Production System (SPS) replaces legacy heavy industrial manufacturing with an aerospace-inspired assembly method built around a proprietary bonded aluminium architecture.

By utilising this monocoque approach, alongside composite body panels and intelligent subassemblies, we eliminate the need for the heavy and expensive metal stamping and welding prevalent in legacy truck manufacturing.

Drastically reducing the cost of manufacturing and eliminating the dead weight of mechanical complexity, we achieve cost-parity with diesel at purchase. When coupled with a staggering 73% reduction in energy costs*, Superlight sparks a virtuous cycle where unmatched economic savings drive rapid fleet adoption, turning the pursuit of fleet operating profit into the ultimate engine for environmental change.

* Data from real-world commercial service vs replaced diesel vehicles​

A revolutionary design is useless if it requires a logistics company to rebuild their entire operational infrastructure. Superlight vehicles are engineered with a modular powertrain architecture; operating with 100% electric drive, 100% of the time, but capable of integrating an on-board range extender module.

Whether utilising a 1.5-liter gasoline generator or a hydrogen fuel cell to recharge on-the-go, the Superlight variant already in commercial service delivers a range of up to 800km. That means it drops seamlessly into existing operations, requiring minimal charging infrastructure while delivering immediate zero-emission impact in urban areas.

In situations where charging infrastructure exists or mission profiles accommodate, the same modular architecture integrates additional batteries for 100% electric BEV.

Our digital-first approach extends far beyond the production process or vehicle itself. Replacing the reactive, labor-intensive fleet management of the past, our vehicles are supported by ALIS; a proprietary Autonomous Logistics & Integrated Service platform.

ALIS acts as a real-time digital assistant, using AI and on-board edge compute to proactively predict maintenance, pre-order parts, automatically schedule servicing, and dynamically reshape throttle behaviour to match the energy use and efficiency of your best drivers. This provides a predictable fleet service and economics.​

When a vehicle is no longer burdened by archaic weight and heavy mechanical components, the environmental gains are massive. In real-world revenue operations, Superlight has demonstrated direct emissions of just 0.3g CO2/km. This is over 99% less than the 900g/km produced by an average legacy diesel truck.

By displacing over 68,000 kg of CO2 annually per vehicle and all but eliminating the particulate matter that plagues urban communities, Superlight proves that the most efficient way to move commerce is also the right way to protect people and our planet’s future.​

Traditional commercial vehicles are plagued by blind spots and reactive safety measures, accepting frequent vehicle strikes and hazardous urban operations as an inevitable cost of doing business. ​Our clean-sheet approach completely reimagines the driver's environment with a physical design that prioritises absolute situational awareness. It places the driver in a low, SUV-style seating position behind a full-width windscreen.

This physical advantage is exponentially enhanced by an advanced digital architecture. We have replaced vulnerable, protruding wing mirrors, a frequent source of vehicle strikes, with an integrated perception suite of 15 high-definition network cameras. This eliminates blind spots and delivers a continuous 360-degree bird's-eye view.

Powered by sophisticated on-board edge computing, the platform operates with modern autonomous safety systems that actively monitor the vehicle's surroundings. With standard pedestrian and bicyclist blind-spot detection, forward-vision collision avoidance alerts, and a fully homologated brake-by-wire Automatic Emergency Braking (AEB) system, the vehicle was designed to proactively intervene to prevent impacts before they happen. The result is lower repair costs, minimised insurance liabilities, and a fleet that stays safely on the road.