Vadzo adds HDR USB embedded cameras for drones and UAVs

By AI, Created 1:31 PM UTC, May 28, 2026, /AGP/ – Vadzo Imaging on May 29, 2026, said its Falcon-821CRS and Merlin-662CRS USB embedded cameras are now recommended for drone and UAV use. The lineup combines high dynamic range, low-light imaging and rugged connector options aimed at aerial systems that face vibration, shock and limited space.

Why it matters: - UAV developers often need cameras that balance image quality, low weight and simple integration. - Vadzo is targeting that need with USB cameras built for aerial use, where vibration, shock and field handling can disrupt standard connectors. - The cameras are also positioned for robotics, industrial automation and edge AI, so the drone push extends existing embedded-vision products into another deployment category.

What happened: - Vadzo Imaging announced the availability of the Falcon-821CRS and Merlin-662CRS HDR USB embedded camera lineup. - The company said both models are now recommended for drone and UAV applications. - The announcement was made in Hamburg, Germany, on May 29, 2026. - The cameras use Onsemi AR0821 and Sony IMX662 STARVIS® 2 sensors. - The lineup supports USB 3.0 and USB 2.0 connections and plug-and-play UVC compliance.

The details: - The Falcon-821CRS delivers 8MP imaging at up to 120+ dB HDR over USB 3.0. - The Falcon-821CRS uses the Onsemi AR0821 sensor, a 1/1.8-inch optical format and 2.9 µm pixel size. - The Falcon-821CRS supports 8MP resolution at 3848×2168 and up to 30fps. - The Falcon-821CRS includes onboard auto-exposure and LED flicker mitigation. - The Falcon-821CRS works with Linux, Windows and Android and is compatible with NVIDIA Jetson, Raspberry Pi 4, Raspberry Pi 5 and NXP i.MX8. - The Falcon-821CRS is available with a locking ruggedized connector variant for UAV use. - The Falcon-821CRS is supported by Vadzo’s VISPA ARC SDK with APIs in C, C++, C# and Python. - The Merlin-662CRS uses the Sony IMX662 STARVIS® 2 sensor in a compact USB 2.0 format. - The Merlin-662CRS delivers 2MP resolution at 1920×1080 and up to 60fps. - The Merlin-662CRS includes Clear HDR, ultra-low-light sensitivity, NIR sensitivity, onboard storage and dual-endpoint streaming. - The Merlin-662CRS can retain footage locally if the RF link drops during flight. - The Merlin-662CRS can send a live downlink feed and local recording at the same time without a separate capture device. - The Merlin-662CRS weighs under 12g and is positioned for sub-250g drones and micro-UAV frames. - The Merlin-662CRS is compatible with NVIDIA Jetson Nano and Raspberry Pi Zero 2W. - Vadzo said locking ruggedized USB connector variants are available for both cameras. - Vadzo said board-level customization can include form factor redesign, firmware modification and connector re-engineering. - Vadzo also said its customization program can support onboard power regulation, filtering and added sensors such as IMU, ToF and mmWave radar. - The company said enclosure design is available in both IP-rated and non-IP-rated configurations. - Both cameras are available now for evaluation and production orders. - Vadzo lists support contact options at +1 817-678-2139, the company’s website and the customization contact page.

Between the lines: - The launch reflects a practical tradeoff in drone imaging: USB is easier to integrate than some embedded camera interfaces, but physical retention becomes a bigger issue in flight. - Vadzo is trying to solve that with locking connectors and customization rather than asking drone makers to redesign around standard consumer-style USB hardware. - The emphasis on UVC compliance, Jetson and Raspberry Pi support suggests the company is aiming at fast prototyping and production deployment, not just specialized aerospace systems.

What’s next: - Vadzo is steering interested OEMs and drone developers toward evaluation kits and customization discussions. - The company says customers can contact its engineering team to define airframe, mounting and feature requirements. - Broader adoption will likely depend on how well the ruggedized connector options hold up in real flight conditions and how much customization drone builders need.

The bottom line: - Vadzo is betting that drone makers want embedded cameras with better HDR and low-light performance, but without the integration burden of more complex camera interfaces.