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GLORY AIR supplies industrial and commercial unmanned aerial vehicles (UAV) for various applications.
WE WILL CONTACT YOU
Leave your contact details and we will answer all your questions
privacy policy
Q30TM
10x zoom camera
Q30TM is a high quality 3-axis gimbal camera with ±0.02° control accuracy. The camera has a unique mechanically constrained design and concealed wires for a more stable transmission and greater durability. Vibration is eliminated by four damping balls and a lightweight damping plate. 360° rotation is possible thanks to gimbal swivels. A stable, smooth image can be obtained even when flying at high speed.
Q30TM is a high quality 3-axis gimbal camera with ±0.02° control accuracy. The camera has a unique mechanically constrained design and concealed wires for a more stable transmission and greater durability. Vibration is eliminated by four damping balls and a lightweight damping plate. 360° rotation is possible thanks to gimbal swivels. A stable, smooth image can be obtained even when flying at high speed.
Tracking objects from the camera
Built-in normalisation, cross-correlation and tracking algorithm, combined with a re-detection algorithm for missing objects, ensures stable target tracking. Tracking speed is up to 32 pixels/frame, object size range from 32*32 pixels to 128*128 pixels, with a minimum signal to noise ratio (SNR) of 4 dB, greatly improving accuracy and tracking effect.
GPS positioning
Advanced positioning algorithm is used to calculate distances up to 3000m and accurately analyse longitude and latitude of the object.
Built-in normalisation, cross-correlation and tracking algorithm, combined with a re-detection algorithm for missing objects, ensures stable target tracking. Tracking speed is up to 32 pixels/frame, object size range from 32*32 pixels to 128*128 pixels, with a minimum signal to noise ratio (SNR) of 4 dB, greatly improving accuracy and tracking effect.
GPS positioning
Advanced positioning algorithm is used to calculate distances up to 3000m and accurately analyse longitude and latitude of the object.