Invest in a cleaner future with Lightyear
We’re on a mission to bring clean mobility to everyone, everywhere. We can’t do it without our visionary investors, who steer us toward a bright, renewable future.
Invest in Lightyear >Our partners
A sustainable solution
Lightyear is a high-tech company developing long-range solar electric vehicles (SEVs) that help tackle the climate crisis. The Paris Agreement states that at least 20% of all road vehicles need to be electrically driven by 2030, and we’re working hard to make this goal a blazing reality.
2016
Founded in September
60
Patents filed
4
World solar championships
20 billion
Media coverage (global reach)
Invest in Lightyear
We’re on a mission to bring clean mobility to everyone, everywhere. Become one of our visionary investors to help drive a cleaner future.
Invest in Lightyear >Latest press releases
Invest in Lightyear
People drive change, but funding enables it. United in purpose, we work alongside our investors to accelerate the transition to clean mobility, innovating scalable, long-term mobility solutions that alleviate strain on the power grid and reduce CO₂ emissions. We aim to make clean mobility accessible to everyone, everywhere in the next decade.
EU, Swiss, and Norwegian citizens
US accredited investors only
Starting from €100.000 / $150,000
Lightyear is backed by a large group of pioneering investors. Alongside our institutional investors, HNWI and angel investors enable us to continuously grow our team and company.
You can participate through a convertible loan, which converts into certificates of shares, including accrued interest with a discount on the share price.
Drive change with us today and become part of automotive history.
Please leave your contact details. When it is opportune, a member of our invest team will reach out. We are excited to start the conversation.
About Lightyear
We design for independence and convenience. We create clean solar electric cars that can drive off-grid and into all of life's adventures.
This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No. 848620