Spaceflight-proven autonomy for mission-critical UAVs

Windhover Labs, based in Houston, Texas, delivers autonomous UAV platforms for mission-critical operations powered by spaceflight-proven software and systems engineering

Explore More Get in Touch
Market

Operational Urgency

Operators need working systems, not extended integration projects.
Reliability must be built-in from the start without long certification cycles.
Supply chains need to be U.S. based.
Windhover Labs is building UAV platforms that are ready to deploy, built to scale in the US, and trusted to fly mission-critical operations.

UAV Manufacturers

UAV Platforms

Military and Commercial Use Cases


High reliability, fully integrated solutions for mission-critical users. Military applications: intelligence, surveillance, reconnaissance, and loiter munition. Commercial applications: earth observation, communication relay, and infrastructure inspection.

Commercial & Government

Ravenity Avionics

Autonomy and AI


Robust computing platform that provides high-reliability, edge computing power, and and artificial intelligence onboard. Flight and ground software with spaceflight heritage, optimized to balance autonomy and operator interaction.

Drone Service Providers

UAV Integrators

Customized Applications


Windhover platforms are modular, reliable, high-quality, and easily extensible. Airframe, flight computer, and software are all built in-house. Our team of systems engineers and integrators turn ideas into reality quickly and efficiently.

Industry

Windhover Labs Vision

Build deployable, U.S.-made UAV platforms, that accelerate effective decision making, and compete head-to-head with industry leaders.

 

Leverage decades of human-rated spacecraft design, implementation, and test experience to deliver unmatched autonomy and reliability.

 

Be Vertically Integrated — control the flight computer, software, and airframe — to eliminate integration delays and accelerate innovation.

 

Capture market share by moving faster, leveraging the reliability built into the initial design, and delivering ready-to-fly platforms.

Let us help you get there.

Contact Us
Ravenity

Ravenity Avionics

Flight Computer and Software

Windhover Labs developed the Ravenity UAV flight system, a high performance and high reliability flight computer for the safe operation of autonomous UAVs. Ravenity builds on technology from the space and commercial aircraft industries for maximum reliability and a path to FAA certification.
Ravenity provides augmented flight modes and edge computing which simplifies flight and requires very little training.

Dragonfly-Blue

Dragonfly-Blue

UAV

Dragonfly is family of long range, UAVs with modular payload, designed to make maximum use of the capabilities provided by the Ravenity avionics system.

Dragonfly-Blue can be equipped for military or commercial use. It launches vertically directly from the 1’x1’x5’ launch tube, making it easy to transport and possible to operate in austere conditions without a runway.

Dragonfly-Black

Dragonfly-Black

UAV

Dragonfly-Black is the lower cost version of Dragonfly-Blue. This variant is intended for use as a loiter munition. The design is identical but the deployment strategy has a battery of Dragonfly UAVs on a palette. The flight software makes use of Ravenity hardware accelerated AI to provide real time target identification, classification, and tracking.

Eterna

Eterna

High Altitude Psuedo-Satellite

Eterna is a high altitude, long range UAV, covered in solar panels for indefinite flight. Eterna can be equipped for Earth observation, communication relay, surveillance, or a variety of other use cases. Data can be retrieved via Starlink, without the need to ever land. Ravenity avionics can be reconfigured and reloaded in-flight providing maximum flexibility.

Team

Our Experienced Team

Windhover Labs is building UAV platforms that are ready to deploy, built to scale, and trusted to fly mission-critical operations

 

Solid Product: Flight-proven, integration ready platforms

Solid Plan: Phased, capital efficient go-to-market strategy

Solid Team: Decades of success in human-rated autonomy for flight systems

 

Join us as we bring spaceflight-proven autonomy to the skies

Mathew Benson
Mathew Benson

Founder - CEO
Chief Engineer

Matt brings over 20 years of experience from the space industry with development and testing of safety-critical space flight systems. Matt first started his career in aviation with a five year enlistment in the United States Navy, having been stationed in Guam and on the USS Constellation. One Christmas, he convinced his wife to purchase a Parrot drone as his “big gift” that year, and that lifted off his growing curiosity of UAVs. Matt founded Windhover in 2015 and won the first of many Small Business Innovation Research contracts through NASA to design and develop what is known today as the Ravenity Avionics System.

Scott Arndt
Scott Arndt

Chief Aerospace Engineer

Scott is the engineer behind the amazing UAV designs that Windhover Labs has to offer. With 34 years of experience in launch vehicle dynamics and aircraft design.

Rebecca Benson
Rebecca Benson

Business Manager

Rebecca has nearly 15 years of experience in the space industry. She started her career with the State of Wisconsin Assembly before moving to Boeing working on the ISS Science experiments. Rebecca has been with Windhover for 7 years.

Casey Nalley
Casey Nalley

Software Engineer
Electrical Engineer

Casey is one the first engineers to work at Windhover Labs. His expertise is both in Electrical and Software engineering.

Nate Uitenbroek
Nate Uitenbroek

Co-Founder
Business Development

25+ years developing, integrating, and testing human-rated flight systems — 15+ years Software Architect and Integration / Verification Lead for NASA’s Orion spacecraft — 10+ years program management in Orion’s Avionics Power & Software project office

Contact Us

Interested in our software and engineering services, have a question, or want to get in touch? Email at info@windhoverlabs.com or give us a little info about yourself below and we'll get back to you.