A 69-Gram UAV Gimbal for Stable FHD Target Tracking

Small Payload, Serious Imaging Capability

Compact UAVs often force integrators to choose between useful imaging features and a manageable payload weight. The DC3 addresses that trade-off by combining a visible-light FHD camera, three-axis stabilization, optical zoom, and automated target tracking in a unit weighing only 69 grams.

Its camera captures 1920 × 1080 video at 50 fps, providing smooth footage for observing vehicles, infrastructure, terrain, and other moving subjects. A 10× optical zoom helps retain visual detail during magnification, while 40× hybrid zoom extends the available viewing range when closer inspection is required.

Designed to Keep Moving Subjects in Frame

Target tracking is especially valuable when an aircraft, ground robot, or observed subject is in motion. With a tracking capability of at least 100° per second, the DC3 can follow rapid movement while reducing the need for constant manual correction.

The gimbal stabilizes yaw, pitch, and roll to counter platform vibration and attitude changes. Its specified stabilization accuracy is 0.1 mrad under 1°/2 Hz vibration at 1σ. The available movement range includes yaw control of ±150°, pitch movement from −90° to +30°, and roll movement of ±45°.

At 69 grams, the DC3 brings stabilization, zoom, and target tracking to aircraft where payload capacity is tightly limited.

Field of View and Zoom for Flexible Observation

The camera provides a 38.4° horizontal by 22.2° vertical field of view. This supports efficient scene scanning before the operator applies optical or hybrid magnification to inspect a smaller area.

That combination can suit inspection flights, robotic observation, environmental monitoring, and security patrol applications. Actual identification and observation performance will still depend on range, lighting, atmospheric conditions, platform vibration, and the selected zoom level.

Integration with Video, Control, and Power Systems

The DC3 supports UDP and RTSP streaming, H.264 and H.265 video encoding, and MP4 recording. These options allow integrators to connect the payload to compatible live-view, transmission, and storage workflows without relying on a single video format.

Commands can be delivered through RS232 or a network connection. A 12–28 V DC input accommodates a variety of aircraft and robotic power architectures, while average power consumption is rated at no more than 15 W and maximum consumption at no more than 30 W.

Integrators evaluating the payload, interfaces, and purchasing options can view the **DC3 FHD EO Camera 3-Axis Micro UAV Gimbal for Target Tracking payload** on UAVAuto.

DC3 Technical Specifications at a Glance

Imaging and Tracking

• Camera: Single visible-light FHD EO camera
• Video resolution: 1920 × 1080 at 50 fps
• Field of view: 38.4° horizontal × 22.2° vertical
• Optical zoom: 10×
• Hybrid zoom: 40×
• Tracking capability: ≥100°/s

Gimbal and Stabilization

• Product class: Three-axis micro gimbal
• Weight: 69 g
• Stabilization accuracy: 0.1 mrad under 1°/2 Hz vibration, 1σ
• Yaw range: ±150°
• Pitch range: −90° to +30°
• Roll range: ±45°

Video and Platform Integration

• Streaming protocols: UDP and RTSP
• Video encoding: H.264 and H.265
• Recording format: MP4
• Control interfaces: RS232 or network
• Power input: 12–28 V DC
• Average power consumption: ≤15 W
• Maximum power consumption: ≤30 W

Environmental Limits

• Operating temperature: −20°C to +55°C
• Storage temperature: −20°C to +50°C

Who Should Consider the DC3?

The DC3 is aimed at developers and operators who need stabilized visible-light imaging without adding a large payload. Its low weight makes it relevant to compact multirotors, fixed-wing UAVs, unmanned ground vehicles, and other mobile platforms where size, power use, and mass must be carefully managed.

Before integration, teams should confirm mechanical mounting, center-of-gravity effects, power capacity, control compatibility, video-network requirements, and environmental limits. When those factors align, the DC3 offers a compact route to FHD observation, zoom, stabilization, and automated tracking in one payload.