Red Cat Holdings, Inc., a leading brand in the drone industry, announced that its wholly owned subsidiary, Fat Shark, the market leader in FPV goggles, had received strong order growth in anticipation of the launch of its digital goggles.Fat Shark’s new product, the Shark Byte line, drove orders which totaled more than $1 million in November, representing a 53% year-over-year increase.
“We are extremely pleased with the strong demand for our new Shark Byte line,” said Greg French, founder and chief technology officer of Fat Shark. “We pride ourselves in developing and delivering world-class solutions for the rapidly growing drone industry and will continue to strive to create new innovations that drive long-term growth.”
Shark Byte delivers near-zero visible latency High Definition 720p 60FPS video on Fat Shark goggles. The digital HD system supports up to eight operators on standard 5.8GHz FPV (first-person view) frequencies and can be used alongside analog systems without interference and is available in a brand-new compact goggle mounted module with integrated DVR and directional antenna. While mounted, the Fat Shark goggle can be seamlessly switched between digital and analog and can be stored in their case without removing the digital module.
The goggle and module can both be powered by an existing Fat Shark battery (with included balance lead adapter). For longer flight days, the system includes an XT-60 terminated adapter with a regulator to supply 8.4V to goggles and modules from standard 3S or 4S battery packs.
Image clarity has been improved with a new fully digital MIPI camera developed by RunCam; the RunCam Racer HD. The small 14x14mm footprint camera is suitable for the smallest of builds and comes with an adapter to facilitate mounting to larger frames. The camera has an OSD for custom tuning that can be navigated either by a button board or the radio control sticks (requires BetaFlight).
The transmitter size has been reduced and now uses standard 20×20 mounting holes. Power has been upped to 500mW and can be initiated in a standby mode that bumps to full power only when the quad is armed. The transmitter and quad PID settings can be navigated with radio sticks via an OSD or programmed using an external button board.