Lightyear's technology. Sustainable and scalable

World class,
patented technologies

Our technology is engineered to enable a clean future. Starting from scratch and using a holistic design approach we developed an ultra energy-efficient long-range solar car. Our technology redefines performance with what truly matters: efficiency.

Minimise energy use

By following not convention, but the laws of physics, Lightyear One gets the most out of every ray of sunlight and every joule. Its energy use of only 83 wh per kilometre on the WLTP cycle enables it to reach a range of 725 kilometers.

Maximise solar yield

With its five square metres of solar panels charging up to 70 kilometres of range per day, there is no need to charge on a daily basis: the car does it itself. Comprising solar cells encased in safety glass, the sturdy solar roof and hood live up to rigorous auto industry regulation.

Minimise

energy use

Efficiency is at the heart of the design. Lightweight materials, low aerodynamic drag and an efficient powertrain with 4 in-wheel motors.

Maximise

solar yield

We want to get the most out of every ray of sunlight. Five square meters of solar roof and hood, independently functioning cells, double curved solar array.

The most aerodynamic
5 seater to date

Lightyear One’s design allows it to attain a record-breaking drag coefficient (Cd) of less than 0.20. It is the most aerodynamic five seater to date, including 780l storage space.

Watch wind tunnel test

Lightyear solar technology

Lightyear's integrated solar technology greatly reduces the need for grid-charging. The patented double curved solar array achieves 215 Wp/m² and is fully automotive compliant. The solar cells cover a total of 5m².

Watch solar research

Lightyear in-wheel motor technology

With four independently controlled in-wheel motors and 97% efficient drivetrain, we achieved a weighted WLTP cycle efficiency of 91% and a total peak vehicle torque of 1920 Nm.

Watch motor test

Lightweight body and chassis

We found the balance of using lighter building materials like aluminium and carbon fiber while maintaining rigorous safety standards.

Watch chassis unveiling

Complete thermal integration

Efficiently integrating the latest technologies, we capture and re-use any residual heat to maintain our critical components at their optimal temperature with minimum energy loss.

Why our technology matters

As our world moves to more sustainable energy sources, Lightyear is driving the development of clean mobility in the automotive industry. By enabling electric vehicles to be scalable for everyone, everywhere, we will accelerate the sustainability transition and have a positive impact.

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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No. 848620