Representative aircraft
The Contested Logistics solution.
No Airport.
No Problem.
Wayfarer Aircraft Research and Development modifies existing aircraft to operate from spaces as short as a football field, without giving up payload, speed, or range.
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Runway independence, made practical
Runway independence for the aircraft already flying.
Wayfarer Aircraft Research and Development builds Waylift, a patented, stowable wing modification that gives in-service aircraft ultra-short takeoff and landing capability. Waylift reduces required runway length by up to 80 percent while preserving payload, speed, and range. The result: proven fleets become short-field platforms for Contested Logistics and beyond.
Up to 80% less
field length required
field length required
Austere sites as
small as a football field
small as a football field
Flight proven with a Group 3 UAS
Representative platforms
Short-field performance, mission intact.
Waylift reduces required field length without giving up the mission capability operators depend on.
Representative aircraft
Utility turboprop
Takeoff and landing bars animate from the stock ground roll (full bar) to the estimated Waylift roll. Range, cruise, and payload are preserved. Waylift values are engineering estimates at gross weight and sea level. Aircraft-specific performance depends on configuration, conditions, integration, and certification.
Waylift technology
Deploy for lift. Stow for cruise.
Waylift is a stowable Distributed Electric Propulsion blown-wing system. It deploys for takeoff and landing, then disappears into the wing for efficient cruise.
Validated in flight.A subscale aircraft has proven the technology in the environment that matters.
01.Retrofit, not clean-sheet
Upgrade proven fleets.
Waylift integrates into aircraft already in service, so capability reaches operators faster and at lower risk than a new airplane program.
02.Payload and range preserved
Short field, full mission.
Short-field performance does not come at the cost of useful load, cruise speed, or mission reach.
03.Stowable by design
There when you need it.
The system deploys when lift is needed and stows when the aircraft transitions back to efficient cruise.
04.Patented and published
Validated by research.
Core technology is protected by US Patent 11,305,869 and supported by published research at AIAA forums.
Proof of progress
Built, funded, tested.
Wayfarer has moved from aerodynamic research to flight validation, reducing technical risk at each program milestone.
Protected technology
US 11,305,869
Systems and Methods for Aircraft Lift Enhancement, the foundation of the Waylift system.
Field length reduction
Up to 80%
Shorter takeoffs and landings while preserving speed, range, and payload.
See the published data for more information ↗Published research
Experimental Analysis of the Integrated High-Lift Propulsor ↗Flight Testing Instrumentation Development and Integration for a Subscale Integrated High Lift Propulsor Testbed ↗Development and Flight-Test System Identification of a Subscale Integrated High Lift Propulsor Testbed ↗Flight-Test Results of a Subscale Integrated High Lift Propulsor Testbed ↗
News and recognition
Press validation.
Wayfarer's technology and progress have been recognized by aerospace and regional innovation publications.
Aviation Week, May 2026
Stowable high-lift electric propulsion enables eSTOL capability
A detailed look at the Waylift concept, NASA-supported testing, and the potential for retrofit short-field performance.
Read the article ↗
Rising Tide Partners, 2026
San Diego Hardtech Next Wave 30
Wayfarer was named among 30 San Diego hardtech companies to watch in defense and autonomy.
Read the article ↗Start a conversation
Bring runway independence to your mission.
Wayfarer works with operators, integrators, research partners, and investors building the next generation of resilient aviation.
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Mission contact
Talk with Wayfarer.
Wayfarer Aircraft Research and Development
Location
San Diego, California