The Dutch startup Squad Mobility has revealed its newest creation — a compact solar microcar designed to redefine urban transport. Powered by sunlight, this futuristic vehicle can be used privately or shared in public, just like city bikes or scooters. With cities growing denser and traffic heavier, Squad’s innovation promises a clean, space-saving alternative to traditional cars, offering independence from plugs, fuel, and charging stations.
Solar Energy in Cars — Reliable and Revolutionary
Solar power has long been hailed as one of the planet’s most sustainable energy sources. The sun constantly floods Earth with energy, and Squad Mobility aims to harness this limitless resource for everyday mobility. As solar panels become lighter and more efficient, it’s now possible to integrate them directly into vehicles — and Squad’s engineers have turned that vision into reality.
The company first presented its concept in 2022, but the model now entering the U.S. market takes the idea further. The car’s roof-mounted solar panel charges its battery automatically, reducing reliance on electric outlets. It’s also intended for shared mobility systems — a model already popular in Europe, where people can rent the car on demand and leave it at designated areas for others to use. This design not only supports sustainability but also aligns with modern urban lifestyles that favor convenience over ownership.
According to experts, solar mobility could play a key role in reducing emissions from short-distance travel, which still accounts for a large share of global transportation pollution. For daily commutes or short errands, sunlight may soon replace the need for fuel or even standard charging cables.
The Solar Buggy Arrives in the U.S. — Tiny but Ambitious
The upcoming Squad solar microcar, affectionately called the “Solar Buggy,” is expected to reach U.S. streets in 2025. It falls under the Low-Speed Vehicle (LSV) category, meaning it’s street-legal up to 25 mph (40 km/h). While that speed might sound modest, it’s perfect for campuses, resorts, and city centers where space is limited and congestion high.
European versions can reach 28 mph (45 km/h) or even 43 mph (70 km/h), and Squad is already developing both a cargo and four-seater edition. Each solar roof can generate enough power for up to 19 free miles (31 km) per day in sunny climates, a feature that could save drivers hundreds of dollars annually on energy. CEO Robert Hoevers confirmed growing American interest, especially in regions like California and Nevada, where sunlight is abundant and eco-friendly transport is in high demand.
By bridging affordability and sustainability, the Squad microcar could shift how Americans think about city driving. At just $6,250 before taxes, it’s cheaper than most e-bikes or scooters per mile, making it an appealing choice for both individuals and urban mobility fleets.
Smart Design Meets Simplicity — Practical Innovation for Small Spaces
A “People Also Ask” question many have raised is: How practical is a microcar like this for everyday use? The answer lies in its clever engineering. Despite being only two meters long, the Squad car is full of functional details. Its wheels extend outward to act as bumpers, protecting it from minor scrapes, while sliding windows and detachable doors adapt to changing weather conditions.
Because of its compact frame, drivers can even park it sideways in a standard parking space, provided local laws allow it — an advantage in crowded city streets. Designed to be modular, its parts are easy to replace or upgrade, making it highly maintainable for shared use systems.
Critics argue that adding more cars to urban streets could worsen congestion, but advocates believe the opposite: tiny, solar-powered cars reduce space use and eliminate emissions, especially when used for car sharing. The concept reimagines what personal transportation can be — affordable, accessible, and powered entirely by nature.
If successful, Squad Mobility’s solar microcar could become the next big step in clean urban transportation, leaving even hydrogen-powered vehicles looking like yesterday’s technology.
