DC3 Micro Gimbal Camera for Compact UAV Imaging
Camera Systems · Product guide
The DC3 is a 70 g, three-axis micro gimbal built around a single visible-light FHD camera. It suits compact UAV and robotic platforms that need stabilized 1920×1080 video, optical zoom, target observation, and network-based video integration. Buyers should also account for its DC power requirement, specified mechanical interface, and operating temperature range.
Verified specifications
| Camera and resolution | Single visible-light FHD EO camera; 1920×1080 at 50fps |
|---|---|
| Weight | 70 g |
| Field of view | 38.4° × 22.2° |
| Zoom | 10x optical zoom; 40x hybrid zoom |
| Stabilization and tracking | Three-axis gyro stabilization; listed tracking capability of ≥40°/s; stability accuracy of 0.1 mrad at 1°/2Hz, 1 sigma |
| Video and control | UDP/RTSP output; H264/H265 encoding; MP4 storage; RS232/network control |
| Power | 12–28V DC connector; average consumption ≤15W; maximum consumption ≤30W |
| Mechanical integration | 4-M2×7 mechanical interface; yaw ±150°, pitch -90° to +30°, and roll ±45° rotation |
Imaging and Stabilization Performance
The DC3 combines a single visible-light camera with a 1920×1080, 50fps video mode. Its 38.4° by 22.2° field of view provides a defined imaging area, while 10x optical zoom offers a practical way to enlarge distant subjects without relying entirely on digital magnification.
Gyro stabilization operates across yaw, pitch, and roll to reduce movement caused by the carrier platform. The stated stability accuracy is 0.1 mrad under the specified 1°/2Hz, 1-sigma condition. Target tracking is also listed at ≥40°/s, although that figure should be understood as a supplied capability rather than an independent field-test result.
Picture-in-picture and information overlays can present camera, target, and robot-related data. These functions may assist operators during observation, but their exact content and configuration should be checked against the delivered system and connected control equipment.
Video Output and Control Options
Video is available through UDP and RTSP, providing network-oriented options for integration with compatible receiving, recording, or monitoring systems. H264 and H265 encoding are specified, and MP4 is supported for storage. A host system still needs to determine the applicable connection method, network settings, and recording workflow.
Control is offered through RS232 and network communication. This gives integrators two stated paths for interfacing the gimbal, but it does not establish compatibility with any particular UAV, flight controller, ground station, or robotic controller. Protocol details and command support should therefore be verified before installation.
- Confirm the intended UDP or RTSP receiving workflow
- Verify RS232 or network control requirements
- Check H264/H265 acceptance in the recording system
Civilian Observation Applications
The DC3 is suited to public-security patrol, law-enforcement observation, environmental inspection, and forest-fire monitoring missions. Its visible-light imaging, stabilized view, zoom range, and target-observation capability support operators who need a compact aerial or robotic viewpoint without adding substantial payload weight.
For inspection work, the combination of Full HD capture and optical zoom can help users examine distant areas or small subjects more closely. For monitoring tasks, overlays and picture-in-picture may assist with situational awareness. These functions do not replace platform-specific procedures, flight approvals, or an assessment of environmental and operational conditions.
Payload and Integration Tradeoffs
The 70 g weight is favorable for compact platforms, but the gimbal still requires adequate mounting rigidity, clearance, and power capacity. Maximum power consumption is listed at 30W, so the carrier should provide a stable 12–28V DC supply with appropriate headroom. The operating range is -20°C to +55°C.
Mechanical planning must account for the 4-M2×7 interface, a visible-light lens rotation-area diameter of 54 mm, and the stated travel of each axis. These dimensions help determine whether the DC3 can clear nearby airframe or robotic components without restricting its rotation. Payload balance and vibration isolation also need platform-level review.
- Measure mounting clearance against the 54 mm rotation area
- Confirm payload balance and vibration isolation
- Provide 12–28V DC with suitable power headroom
- Verify axis travel does not obstruct the platform
Frequently asked questions
What does the DC3 micro gimbal camera provide?
It provides a stabilized, single-camera visible-light imaging system with 1920×1080 video at 50fps, 10x optical zoom, 40x hybrid zoom, and a listed target-tracking capability of ≥40°/s. It is intended for compact UAV and robotic observation platforms.
How can the DC3 connect to a video system?
The gimbal provides UDP and RTSP video output with H264 or H265 encoding, while control is available through RS232 or network communication. Compatibility with a particular flight controller, ground station, recorder, or monitoring platform must be confirmed separately before deployment.
What should buyers check before mounting the DC3?
Check the 70 g payload weight, 12–28V DC requirement, up-to-30W maximum consumption, 4-M2×7 mounting interface, and 54 mm lens rotation area. Also verify that each axis has sufficient clearance and that the carrier platform can support the resulting balance and vibration conditions.
