Samson Sky's Switchblade flying car secures $80M funding
Hybrid vehicle transforms between road and air modes in 3 minutes with wings hidden during driving.
1Dual-mode transformation
The Switchblade seamlessly converts from road vehicle to aircraft in three minutes, with wings and tail fully enclosing during driving mode. This marks a significant redesign from the 2023 prototype, now resembling a conventional sports car when parked. The transformation occurs at airports, requiring standard runways rather than vertical takeoff capability. Samson emphasizes garage compatibility, with all flight surfaces protected during storage or road use.
2Investment milestone
Dubai's Matin Group committed $80 million through a Joint Investment Agreement, accelerating production plans. The funding will establish a 180,000-square-foot US facility, with three potential locations under negotiation. Samson maintains its R&D center in Prineville, Oregon. Despite this progress, the company needs an additional $20 million to fully fund production, targeting a summer 2027 launch for its Builder Assist assembly line.
3Performance specifications
Projected capabilities include 190 mph max airspeed and 450-mile flying range, with 100 mph road speed. The hybrid-electric system uses a gasoline engine to power generators that drive both wheels and propellers. Fuel capacity stands at 44 gallons of 91-octane gasoline. These figures await verification during 2026-2027 prototype testing. Cruise speed targets 160 mph, positioning the Switchblade between sports cars and light aircraft.
4Regulatory requirements
Owners must comply with FAA's Experimental Amateur-Built category, requiring builders to complete 51% of fabrication. Samson's Builder Assist program guides owners through this process, estimating one week for completion. Unlike conventional car purchases, buyers need a private pilot certificate and airport access. The aircraft undergoes FAA airworthiness certification post-assembly, creating unique ownership logistics.
5Production timeline
Following 2023's successful prototype flight, Samson plans three production prototypes for late 2026 testing. Initial deliveries prioritize early depositors, with estimated prices starting at $200,000 for VFR and $235,000 for IFR kits. The company acknowledges these figures may change before production. This phased approach contrasts with traditional automotive manufacturing, blending aircraft development with customer participation requirements.
6Market positioning
Unlike eVTOL air taxis designed for urban mobility, the Switchblade offers personal ownership with regional trip capability. Its runway requirement differentiates it from vertical takeoff competitors. The design solves last-mile challenges by eliminating rental car needs post-flight. However, the niche product targets affluent enthusiasts willing to undergo pilot training and aircraft assembly participation.
7Technical evolution
Significant redesigns since the 2023 prototype include improved aerodynamics and fully concealed flight surfaces. The Moses Lake-tested version featured exposed components, while current designs prioritize road aesthetics. Engine size increased for enhanced performance. These changes reflect Samson's iterative development approach, balancing aviation requirements with consumer vehicle expectations.
8Ownership logistics
The Builder Assist program represents a novel ownership model, combining automated manufacturing with hands-on customer participation. Samson will automate major structural components while owners complete final assembly. This hybrid approach satisfies FAA regulations while maintaining production efficiency. The process creates unique challenges for quality control and customer support compared to standard automotive sales.
9Industry implications
Switchblade's progress signals growing viability for dual-mode personal aircraft, though significant barriers remain. The $80 million investment validates interest in roadable aircraft despite previous industry skepticism. Successful production could influence FAA regulations for future hybrid vehicles. However, the niche market and regulatory hurdles suggest gradual adoption rather than immediate transportation revolution.