Neon offers end‑to‑end engineering and production of lightweight, high‑performance propellers and rotors for aerospace applications. Using AI‑assisted design, comprehensive aerodynamic and structural analysis, and in‑house composite fabrication, Neon delivers fully certified components that meet DO‑160, DO‑178 and DO‑254 standards, reducing weight, improving efficiency and shortening development cycles for Tier‑1 suppliers and aircraft manufacturers.
Funding
Funding not disclosed
Founders
Product
Problem
Aircraft manufacturers and integrators face high weight, limited performance, and long development cycles for propellers and rotors, which increase fuel consumption and reduce reliability. Traditional design and certification processes are labor‑intensive and often lack rapid scalability for modern aerospace programs.
Solution
Neon provides end‑to‑end engineering of lightweight, high‑performance propellers and rotors for aerospace applications. The company combines aerodynamic, structural, vibratory, and loads analysis with AI‑driven design tools that generate and iterate design options automatically, reducing manual effort. After virtual validation, Neon handles composite fabrication, assembly, instrumentation, and ground‑ and flight‑testing, delivering fully qualified components that meet DO‑160, DO‑178, and DO‑254 standards. By integrating electrical, software, and mechanical expertise, Neon turns complex designs into scalable production, enabling lighter, stronger, and more reliable propulsion systems that improve aircraft efficiency.
Target Audience
Neon’s primary customers are Tier‑1 aerospace suppliers, aircraft manufacturers, and defense contractors that require certified, high‑efficiency propellers or rotors for new or upgraded airframes.
Features
- AI‑assisted design workflow that automates repetitive tasks and optimizes for weight, strength, and cost
- Comprehensive analysis suite covering aerodynamics, vibration, load, and structural performance
- In‑house composite fabrication and precision assembly for high‑strength, low‑mass components
- Full certification support meeting DO‑160, DO‑178, and DO‑254 aerospace standards
- Integrated instrumentation and ground/flight testing to validate performance and reliability
- End‑to‑end service from concept through production, including tooling design and strategic sourcing