DA60B Thermal Micro Gimbal: Lightweight EO IR Gimbal for UAV Imaging

0 Cameras, Drone AI Pod 300℃

DA60B Thermal Micro Gimbal: Lightweight EO IR Gimbal for UAV Imaging

The DA60B thermal micro gimbal represents a breakthrough in aerial imaging technology, delivering professional-grade dual-axis stabilization in an astonishingly lightweight 140g package. This EO IR gimbal combines visible light and infrared thermal imaging capabilities, making it the ideal choice for UAV operators, security professionals, and inspection teams who demand exceptional performance without payload penalties. Whether you’re equipping a small drone for search and rescue operations, conducting infrastructure inspections, or implementing autonomous surveillance systems, the DA60B micro gimbal delivers the precision, reliability, and versatility required for mission-critical applications. Its advanced gyro-stabilized servo control ensures steady, blur-free footage even during high-speed flight maneuvers, while the intelligent dual-mode image fusion provides simultaneous visual and thermal data for comprehensive situational awareness. With wide-voltage compatibility, low power consumption, and rugged environmental resilience, this drone gimbal is engineered to excel in the most demanding operational environments.

DA60B Thermal Micro Gimbal - 140g Ultra-Lightweight Dual-Axis EO IR Gimbal

Key Specifications

  • Weight: Ultra-lightweight 140g design
  • Dimensions: Φ70×67.4mm with 42×42mm mounting pattern
  • Stabilization: 0.1mrad accuracy, 0.3° motor encoder precision
  • Power: 12-28V DC input, ≤6W consumption
  • Operating Temp: -20°C to +55°C

Advanced Thermal Imaging and Aerial Imaging Capabilities

The DA60B thermal micro gimbal features sophisticated dual-field-of-view imaging that seamlessly integrates high-definition visible light capture with high-resolution thermal infrared sensing. The 1920×1080@60fps visible light camera delivers crystal-clear footage with multiple lens options (12mm, 16mm, 25mm) to suit various observation distances and field requirements. Meanwhile, the integrated thermal imaging camera enables effective detection of heat sources in complete darkness, smoke, fog, or adverse weather conditions—critical capabilities for search and rescue, firefighting support, and perimeter security operations.

The intelligent dual-mode image fusion algorithm presents object shapes and colors alongside precise temperature information, empowering operators to locate and identify targets with unprecedented accuracy.

The drone gimbal’s advanced dynamic target tracking module achieves tracking speeds exceeding 40°/s, ensuring stable lock-on and real-time trajectory following even in crowded urban environments with rapidly changing lighting conditions. This combination of thermal and visible imaging makes the DA60B an indispensable tool for aerial imaging missions where detecting anomalies, tracking subjects, and documenting evidence are paramount priorities.

Precision Stabilization and UAV Integration

Designed specifically for weight-critical UAV and robotics platforms, the DA60B EO IR gimbal delivers exceptional stabilization performance without the bulk of traditional gimbal systems. The sophisticated dual-axis gyro-stabilized control system performs real-time sensing and dynamic adjustment of pitch and roll axes, actively eliminating jitter, vibration, and deviation to maintain steady footage during turbulent flight conditions or rapid platform maneuvers. With stability accuracy rated at 0.1mrad and motor encoder precision within 0.3°, this thermal camera gimbal ensures professional-quality output for mapping, inspection, and surveillance applications.

The compact dimensions of just Φ70×67.4mm with a 42×42mm mounting pattern and M2.5 threaded holes facilitate straightforward integration onto micro-drones, unmanned ground vehicles, and autonomous systems. Wide voltage input compatibility (12-28V DC) with remarkably low power consumption averaging ≤6W ensures broad compatibility with diverse power systems while maximizing operational endurance. The robust construction withstands launch impacts exceeding 400g and operates reliably across temperatures from -20°C to +55°C, making this aerial imaging solution suitable for the most challenging field conditions.

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Origin: uavauto.com
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