Getting smooth, stable camera footage from your drone or RC plane used to mean expensive gimbals or shaky, unusable video. This pan-tilt gimbal mount changes that by giving you two-axis motion control at a fraction of the cost. It comes with two servos already included, so you can start building your FPV camera system right away without hunting for compatible parts.
The bracket works with both Arduino and Raspberry Pi boards, making it flexible for whatever controller setup you prefer. Whether you’re building a fixed-wing FPV plane, adding camera tracking to a drone, or creating a ground-based motion control rig, the dual-axis movement lets you pan left and right while tilting up and down. The mount also supports ultrasonic sensors, so you can add obstacle detection or automated tracking to your project. The lightweight design won’t weigh down smaller aircraft, and the sturdy construction handles the vibration and movement that comes with flight.
Who Is This For?
This gimbal mount is perfect for hobbyists building custom FPV systems who want camera control without the premium price tag of ready-made gimbals. If you’re comfortable with basic Arduino or Raspberry Pi programming and want to add smooth camera movement to your RC aircraft or robotics project, this gives you the hardware foundation you need. It’s also great for makers experimenting with computer vision, automated tracking, or sensor integration since the mount accommodates ultrasonic sensors alongside your camera. Students and educators teaching robotics or electronics will find this useful for hands-on projects that demonstrate servo control and motion systems.
Bottom Line
For under twenty dollars, you get a complete two-axis gimbal solution with servos included. The Arduino and Raspberry Pi compatibility means you can integrate it into existing projects without compatibility headaches, and the sensor mounting option adds room to grow. If you need affordable, functional camera motion control for your FPV or robotics build, this mount delivers what you need without the markup of branded alternatives.
