Engineering
Custom programs
Structure uniquely tailored structural parachute solutions designed to seamlessly interface within novel physical vehicle architectures and specific payload constraints.
How we approach Custom programs
Complex special operations missions and experimental aerospace vehicles require novel aerodynamic decelator architectures. Standard parachute catalog options fail to address tight volumetric packaging constraints or extreme localized thermal loads inherent in bleeding edge platforms.
We structure bespoke aerodynamic programs addressing unprecedented mass profiles and chaotic deployment scenarios. Our engineering staff converts abstract envelope challenges into concrete mathematical structural calculations driving proprietary panel layout generation.
Rapid iterative prototyping coupled to aggressive aerodynamic modeling accelerates custom program maturation. We transition theoretical aerodynamic concepts into physical stitched geometry capable of facing immediate rigorous drop testing and empirical validation campaigns.
Related areas in this practice
Unprecedented configurations for unique physical profiles
Custom capability extends across extreme planetary landing systems, specialized loitering munitions recovery, and classified asymmetrical mass tactical delivery modules.
- Rigorous dimensional packaging analysis fitting immense drag areas into incredibly restricted volumetric physical compartments.
- Custom deployment staging mechanisms smoothing extreme opening shock loading profiles through stepped intermediate canopy reefing configurations.
- Specialized raw textile engineering sourcing integrated protective barrier coatings shielding delicate suspension geometries from abrasive chemical interactions.
Talk with engineers who own the work
Request a technical pass on Custom programs: constraints, risks, and a practical next step with clear assumptions.