DA12 Thermal Imaging Gimbal: 2K Dual-Light UAV Camera for Precision Surveillance
A Closer Look at the DA12 Dual-Light Camera System
The DA12 thermal imaging gimbal combines high-definition visible-light imaging and infrared detection in one compact, three-axis stabilized platform. As a result, operators can view clear 2K footage while identifying heat sources in darkness, low visibility, or visually complex environments. This dual light gimbal is designed for UAVs, intelligent vehicles, ships, and other mobile platforms that need stable, actionable imagery. Its visible-light camera records at 2560×1440 and supports 30× electronic magnification, while the thermal camera provides 384×288 resolution and a frame rate of up to 25Hz. Moreover, the integrated LAN interface supports both video output and control-signal input, with RTSP output available for live streaming and data transmission. The compact DA12 weighs 117g with its shock absorber and measures 62mm × 65mm × 86mm. Therefore, it can add dual-sensor capability without placing a substantial burden on a compatible platform. Three-axis stabilization reduces image shake during movement, while intelligent tracking can help follow moving targets when the gimbal is combined with Skydroid FPV. For security teams, search-and-rescue operators, and inspection professionals, this combination improves awareness without requiring separate visible and thermal camera systems. The DA12 also supports flexible upside-down installation, Micro SD storage up to 256GB, and one-click back, down, and head-up functions. Overall, it offers a practical way to bring stable visible and thermal imaging to demanding aerial, vehicle-mounted, and remote-monitoring workflows.
DA12 Thermal Imaging Gimbal Specifications
First, the DA12 brings its core operating data together in a compact design. The following specifications describe the gimbal, visible-light camera, and thermal camera. In addition, the image-based product information confirms LAN connectivity, broad voltage compatibility, and flexible angle control.
| Model and type | DA12 high-definition three-axis stabilized dual-light gimbal |
| Working voltage | 7.2V-72V |
| Working current | 210mA |
| Operating temperature | -10°C to +50°C |
| Weight and dimensions | 117g with shock absorber; 62mm × 65mm × 86mm |
| Interfaces | LAN video output and LAN control-signal input |
| Gimbal angle control | Pitch -90° to +10°; direction -90° to +90°; roll -45° to +45° |
Visible-Light and Thermal Imaging Performance
The visible-light camera provides 5 million pixels, an F2.0 aperture, and a 3.5-4.75mm focal-length range. Its field of view measures 100° horizontally, 52° vertically, and 122° diagonally. Furthermore, it records photographs and video at 2560×1440, while image transmission is provided at 1280×720. MP4 video and JPG photographs can be saved to a FAT32 Micro SD card with support for capacities up to 256GB. The 30× electronic magnification helps operators examine distant subjects, although final detail will depend on range and environmental conditions.
Meanwhile, the thermal imaging camera uses a 7mm focal length, an F1.0 aperture, and a 24.8° × 18.7° field of view. It captures heat patterns at 384×288 resolution and up to 25Hz. Its thermal time constant is below 10ms, with 12μm pixel spacing across the 8-14μm spectral range. Therefore, the sensor can help operators locate warm objects and investigate temperature contrasts when visible imagery is limited. The product visuals show false-color thermal scenes, with hotter subjects appearing yellow or orange against cooler purple and blue backgrounds.
Stable Control, Tracking, and Flexible Installation
Industrial-grade three-axis stabilization helps reduce shake during flight, driving, or vessel movement. As a result, operators receive a steadier view for observation and recording. The DA12 also supports intelligent dynamic tracking when paired with Skydroid FPV. Intelligent algorithms can track and capture moving targets in real time, including vehicles in road scenes. Additionally, the listed image-splicing function can support broader visual monitoring workflows.
Installation flexibility is another practical advantage. The up-down installed mode allows mounting in standard or inverted orientations. The product imagery also shows the gimbal attached to a mounting plate with vibration-isolating rubber shock absorbers. One-click back, one-click down, and one-click head-up functions further simplify common camera movements. In addition, LAN connectivity allows the unit to connect with compatible surveillance infrastructure, while RTSP output supports live video streaming and data transmission.
Practical Applications for the DA12
The dual-camera design is especially useful when operators need context and heat information at the same time. For example, security teams can use visible imagery for identification and thermal imagery for detecting people in darkness or low-visibility areas. Similarly, search-and-rescue teams can scan difficult terrain for body heat before confirming details with the visible camera. This approach can improve situational awareness during nighttime operations.
- Security and surveillance: Monitor roads, intersections, perimeters, and remote areas with visible and thermal views.
- Search and rescue: Locate heat sources in darkness or challenging visibility conditions.
- Infrastructure inspection: Review pipelines, power lines, equipment, and other assets for visible abnormalities or heat-related issues.
- Vehicle and vessel monitoring: Install the gimbal on compatible intelligent vehicles or ships for remote observation.
- Environmental observation: Use thermal contrast and visible detail to support remote monitoring tasks.
Is the DA12 a Good Fit?
The DA12 is a strong option for professional users who need stable dual-light imaging in a compact payload. Its 2K visible-light recording, 384×288 thermal resolution, 30× electronic magnification, and dynamic tracking support create a capable surveillance package. Moreover, the lightweight 117g construction and flexible mounting modes simplify integration with compatible UAV, vehicle, and vessel platforms. Before purchase, confirm mechanical fit, power requirements, network compatibility, and control-system integration for the intended platform. Finally, review the full specifications to ensure that the camera fields of view and thermal performance match the mission.
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