Allocortech's Dauphine empowers Navier N30: World's longest-range electric hydrofoil hits commercial waters.

The maritime world just got a jolt of American innovation: In October 2024, our partner Navier delivered the N30 Pioneer Edition, the first all-electric hydrofoiling boat ever built by a U.S. manufacturer, to its commercial customer in California, celebrated in style at the St. Francis Yacht Club. We’re proud to power this groundbreaking vessel with Dauphine, our tightly integrated vehicle-management hub that seamlessly handles high-level control, real-time computation, distributed I/O, and intelligent power routing in the harshest marine environments.
As the "Tesla of the seas," the N30 glides above waves on aerospace-inspired foils, slashing drag by 90% for unheard-of efficiency. This delivery isn't just a milestone—it's proof that safety-critical avionics from air can revolutionize sea. If you're building electric watercraft, here's how Dauphine makes the complex straightforward.
Navier, backed by aerospace talent and US Navy validation, evolved the N27 prototype into the N30 in just 2.5 years. Key specs:
Priced ~$550K+, with 50+ backlog, it's the first US commercial electric hydrofoiler—trusted for leisure, taxis, and beyond.
Dauphine, a MOTS evolution of our Clio Series B, is a SWaP-optimized hub blending high-power flight compute with distributed I/O—perfect for harsh maritime environments (IP64, -40°C-70°C). On N30:
Per Navier's Dr. Kenny Jensen: "Allocortech’s avionics got us flying faster than ever." Dauphine delivered that speed—remixed in 8-12 weeks via our SDK.
Educational tip: In safety-critical embedded systems for hydrofoils, integration bottlenecks kill timelines. Dauphine’s open IP (work-for-hire options) cuts them by 40%, enabling N30's rapid production.
Electric hydrofoils explode: Market from $153M (2025) to $493M (2035), CAGR 16.4%—driven by regs, battery advances, and eVTOL spillovers (Candela, Artemis). N30 leads; Dauphine positions us for ferries, uncrewed watercraft.
Contact us to integrate Dauphine-level solutions.