AutoFlight just launched something that sounds like science fiction but solves a real logistics problem: a floating vertiport that charges electric aircraft and runs entirely on solar power.
The system sits on water — think of it as a small platform with a wide deck covered in solar panels. That deck doubles as a landing pad. Below, a cabin works as both a departure lounge and control room. The whole thing is designed to support eVTOL aircraft (electric vertical takeoff and landing planes) taking off, landing, and charging without needing expensive land-based infrastructure.
Why this matters for rescue and commerce
Here's where it gets practical. In tests, AutoFlight's aircraft reached offshore platforms 93 miles away in under an hour — more than 10 times faster than conventional boats or helicopters. For maritime rescue, pairing these aircraft with drones for initial searches cut response times by more than half. A 31-mile crossing between coastal islands takes roughly 20 minutes, with fares projected around $42.
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Start Your News DetoxThat speed matters. Offshore wind farms need regular maintenance crews. Islands need emergency medical transport. Ports need cargo moved between ships and inland cities. Right now, all of that involves slow boats or expensive helicopters. A water-based vertiport changes the economics.
AutoFlight built this with CATL, the battery company, and designed it to work with multiple aircraft types — a 2-ton cargo plane called CarryAll, a 6-seat passenger craft called Prosperity, and an industrial model called White Shark. The system is the first integrated sea-air solution in the eVTOL sector, meaning the vertiport and aircraft talk to each other, coordinate landing sequences, and share flight data automatically.
The scale ahead
The company has already delivered the first batch to early clients. By 2030, AutoFlight expects these systems to serve China's major offshore wind farms, cover more than half of key ports, and connect coastal and riverside city clusters. China's low-altitude economy is projected to hit $210 billion by 2025 and surpass $490 billion by 2035, so this isn't a niche experiment — it's infrastructure for an emerging sector.
The next three to five years will show whether water-based vertiports can scale beyond pilots. If they do, maritime industries and coastal cities get faster, cheaper transport. If they don't, it's another promising technology that ran into real-world friction.
