Integration friction
Small engineering teams face cost, complexity and development friction when moving UAV technology from simulation and bench work toward integrated flight-testable systems.
RAI / Pre-seed · Engineering validation
Building the technical foundation for scalable unmanned aircraft systems
RAI / Evidence-led development
RAI is pre-product and capability-led. The current hypothesis is that modular avionics and configurable experimental UAV platforms can shorten design-build-test cycles; market validation is still underway.
Modular iteration
RAI is developing modular avionics and configurable experimental UAV platforms. This is a product and business hypothesis, not a validated commercial offering.
Hardware before hype
Bench-verified FC_V1 hardware and firmware, UAV and turbofan CAD studies, simulations, engineering documents and public repositories.
Engineering validation
Pre-seed. No revenue, customers, funding, certification, flight-qualified product, valuation or commercial traction is claimed.
What we are validating
Six questions before scale
Capital strategy
Capital follows technical milestones.
Early capital is intended for prototype hardware, PCB and electronics development, test equipment, manufacturing materials, integrated flight platforms and validation—not unnecessary overhead or founder lifestyle spending.
Discuss RAI ↗Evidence available
- FC_V1 physical prototype and test record
- CAD assemblies and engineering boards
- Firmware repository and technical documentation
- Explicit limitations and gated roadmap
Still unproven
- Customer demand and commercial model
- Integrated UAV flight architecture
- Flight performance and reliability
- Manufacturing, certification and regulatory strategy