Firehawk Aerospace
Advanced Engines to Enhance Missions
Firehawk is enabling the next generation of aerospace and defense systems with hybrid rocket engines built for performance, cost-effectiveness, and reliability.
As Featured On
Streamlined Design
Firehawk’s simplified engine design accelerates production time and reduces costs.Unprecedented Performance
Firehawk’s novel additive manufacturing techniques result in fuel grain topologies promoting higher regression rates and better combustion efficiency throughout the burn duration.
Rapid Customization
Advanced simulation and proven parametric design allows Firehawk to quickly tune engines to new requirements – case studies and sizing are completed in hours.
Remarkable Safety
Firehawk’s simple engines have Zero-TNT-equivalency. Virtually eliminating the risk of accidental detonation and making long term storage easy.
Streamlined Design
Firehawk’s simplified engine design accelerates production time and reduces costs.Unprecedented Performance
Firehawk’s novel additive manufacturing techniques results in fuel grain topologies that promote higher regression rate and better combustion efficiency throughout the burn duration.Rapid Customization
Advanced simulation and proven parametric design give Firehawk the ability to quickly tune engines to new requirements – case studies and sizing are completed in hours.Cost Reduction
The simplified construction of Firehawk’s hybrid rocket systems allows engines to be designed, developed, tested, and manufactured at 1/10th the cost of other suppliers.
Highly-Optimized Fuel
We use innovative 3D-printed fuel via patent-protected additive manufacturing for the modern warfighters of today and tomorrow.
Remarkable Safety
Our hybrid rocket systems have zero TNT equivalency – virtually eliminating the risk of accidental detonations.
Who We Serve
Firehawk's vision is to provide dual-use rocket systems that are versatile in their performance capabilities. Firehawk's processes are designed to afford high production cycles at affordable rates.
Near-Limitless Scalability
Firehawk uses patent-protected additive manufacturing technology to produce 3D-printed fuel grains customizable to any size and thrust profile for precise mission tailoring.
Revolutionary Throttling Capabilities
The Firehawk hybrid engine provides contemporary boost-to-glide-to-boost capabilities with specialized fuel designed to throttle down to 20 percent, turn off, and restart - significantly enhancing mission profiles.
Reduced Development Lifecycle
The mechanical simplicity of the Firehawk hybrid rocket engine greatly reduces the time and cost of development and testing. Our rocket systems can be produced in less than a year – whereas traditional engines of similar-sized liquid bi-propellant take 5-7 years.
Partners
Driving innovation in rocket science, together.
