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Model 4

A high-precision three-axis gyro-stabilized gimbal with a built-in thermal imaging module with a resolution of 640×512 pixels, designed to form a stable thermal imaging image and obtain reliable temperature data in various operating conditions.
Submit a request

Model 4

A high-precision three-axis gyro-stabilized gimbal with a built-in thermal imaging module with a resolution of 640×512 pixels, designed to form a stable thermal imaging image and obtain reliable temperature data in various operating conditions.
Submit a request
Key Features
  • 3-axis stabilization system with high positioning accuracy
  • Built-in thermal imaging camera 640 × 512
  • Support for RTSP video stream
  • Support for local recording to a TF card
  • Control via UART, S.BUS and network
  • Support for QGC control
  • Automatic quick return to the starting position
  • Compact design and low power consumption
  • Housing protection according to IP65 standard
  • Device control is compatible with OSA software
Specifications
Terms of Use
Physical parameters
Functionality
Thermal imaging camera
Electrical parameters
Stabilization options
Interfaces and data transfer
(without dampers)
Weight...............................................110 ± 10 g
Dimensions........................................120 × 68 mm
Storage humidity..............................20–95%
Operating humidity.........................20–80%
Storage temperature......................from −40°C to +60°C
Operating temperature..................from −20°C to +45°C
Degree of protection......................IP65
  • Support for QGC control
  • Control via UART / S.BUS / Ethernet
Quick return function
High accuracy and stability of positioning
gimbal
Stabilization type.............................3-axis gyro-stabilized
  • Stabilized thermal imaging in real time
  • Temperature measurement anywhere in the frame
  • Supports several pseudo-color modes
  • Local recording to TF card
  • Support for RTSP stream
Power consumption..........................up to 5 W
Supply voltage..................................12–26.2 V
Roll angle range...............................from −20° to +20°
Pitch angle range.............................from −40° to +110°
Yaw angles range............................from −140° to +140°
Temperature measurement accuracy: ±3°C or ±3%
Temperature measurement range: −20°C to +65°C
Thermal sensitivity (NETD)..............no more than 50 mK at a temperature of 25°C and an aperture of F1.0.
Spectral range..................................thermal imaging IR channel
Resolution...........................................640 × 512
Lens......................................................8.7 mm / F1.0
Terms of Use
Physical parameters
Functionality
Thermal imaging camera
Electrical parameters
Stabilization options
Interfaces and data transfer
(without dampers)
Weight................................................110 ± 10 g
Dimensions.........................................120 × 68 mm
Storage humidity...............................20–95%
Operating humidity..........................20–80%
Storage temperature.........................from −40°C to +60°C
Operating temperature....................from −20°C to +45°C
Degree of protection........................IP65
  • Support for QGC control
  • Control via UART / S.BUS / Ethernet
Quick return function
High accuracy and stability of positioning
gimbal
Stabilization type.............................3-axis gyro-stabilized
  • Stabilized thermal imaging in real time
  • Temperature measurement anywhere in the frame
  • Supports several pseudo-color modes
  • Local recording to TF card
  • Support for RTSP stream
Power consumption..........................up to 5 W
Supply voltage..................................12–26.2 V
Roll angle range...............................from −20° to +20°
Pitch angle range.............................from −40° to +110°
Yaw angles range............................from −140° to +140°
Temperature measurement accuracy: ±3°C or ±3%
Temperature measurement range: −20°C to +65°C
Thermal sensitivity (NETD)..............no more than 50 mK at a temperature of 25°C and an aperture of F1.0.
IR channel
Spectral range..................................thermal imaging 
Resolution...........................................640 × 512
Lens......................................................8.7 mm / F1.0