Have ordered from U.S. Drone Supply many times. Highly reputable source of Enterprise equipment. My only observation was the shipping was slower than expected. My previous orders all arrived within 3 days and was included in price This order took 8 days and no updates. I must have overlooked the change in shipping policy. Will know better next time. Kyle and Matt followed up and all worked out despite delaying some work.





Freefly Wave High-Speed Camera

Freefly Wave High-Speed Camera
Capture the Unseen
The Freefly Wave is an ultra-compact high-speed camera built to reveal details invisible to the naked eye. Featuring a Super 35 global shutter sensor and continuous SSD recording, Wave delivers stunning slow-motion footage without the limitations of traditional high-speed cameras.
Capable of recording up to 422 FPS in 4K, 1,461 FPS in 2K, and an incredible 9,259 FPS at reduced resolutions, Wave captures every moment with exceptional clarity and precision.
Built for Creators, Engineers, and Innovators
Whether you're filming action sports, automotive content, visual effects, industrial testing, or scientific research, Wave combines professional imaging performance with a compact, lightweight design that can go almost anywhere.
Key Features
- Continuous recording directly to onboard SSD storage
- Super 35 global shutter sensor
- Up to 422 FPS in 4K
- Up to 1,461 FPS in 2K
- Up to 9,259 FPS for specialty applications
- Lightweight 716g aluminum construction
- Compatible with Freefly Mōvi Pro and Alta X platforms
- Fast USB-C file transfer
- Flexible mounting options for ground and aerial workflows
Professional High-Speed Imaging Made Simple
Unlike traditional high-speed cameras that rely on short recording buffers and trigger timing, Wave records continuously, allowing you to focus on capturing the shot instead of setting it up.
Small enough to fit in one hand yet powerful enough for demanding professional applications, the Freefly Wave delivers world-class slow-motion performance in an incredibly versatile package.

