Thermal Camera Payload Gimbal QIR19

Professional 3-axis High-precise FOC Program in Gimbal QIR19 for Small Drones

In addition to its thermal imager, the QIR19 has a 19mm lens that supports 640×480 detector pixels and a 1x ~ 4x digital zoom. In order to greatly compensate for UAV vibration, we use the FOC solution that allows the gimbal to be controlled in three directions: YAW, ROLL, and PITCH. Having everything set up correctly, the only thing left is to install the gimbal camera onto the UAV, then it’s ready to go.

Powerful 19mm Thermal Imager 

The QIR19 combines French ULIX high-precision uncooled long wave (8*m x 14*m) with a 19mm lens thermal image sensor so that it can simultaneously record and transmit thermal images as well as visible images. 

See the unseen with this payload gimbal

A ULIX thermal sensor can reveal subtle temperature differences that could not be seen with the naked eye. It is possible to spot equipment or buildings that are damaged or find lost people with this enhanced view of the world.

Multi Output Methods 

QIR19 supports both HDMI output, Ethernet/IP output and SDI output. HDMI and output are 1080p, Ethernet output default as 720p and record is 1080p. IP output and SDI output versions will support 360degree endless pan.

Multi Control Methods for this thermal camera

Default PWM and Serial port TTL control, SBUS is optional, IP output version also support TCP control via ethernet cable. With Viewpro software Viewlink you can fulfill IP output, TTL control and TCP contorl.

Control box signal interfaces in Gimbal QIR19

Compatible with Viewport

QIR19 is compatible with Viewpro quick release connector Viewport. Viewport is an option known as easy assembly, plug and play.

Application Gimbal QIR19

Mainly supply in law enforcement, fire-fighting, power tower and pipeline inspection, search and rescue etc. A wide range of monitoring and searching is required in an emergency to quickly transfer the situation, improve response efficiency and reduce casualties.

Dimension ​Gimbal QIR19

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