Камера ночного видения X30TL с 30-кратным оптическим зумом

X30TL is a 3-axis high stabilized gimbal with a 30x optical zoom camera and a 500 meters laser supplement. The 3-axis gimbal based on FOC motor control technology, adopts pinpoint-precision encoder in each motor. It’ s developed based on DJI PSDK, compatible with DJI drones M200 / M210 / M210RTK & V2 series, M300 RTK. Controlled by APP “DJI Pilot” it can fulfill many powerful functions, such as: shoots or records with 30 times optical zoom, object tracking, IR laser night vision and so on. Moreover, the laser supplement supports people to observe even at pitch-dark night, engineering for night surveillance and search.

30x Optical Zoom Camera

Powered by SONY 1/2.8″ CMOS, low illumination 0.05 lux@F1.6, X30TL can still clearly display image features in utter poor light environment. 2mega effective pixel and 1080p FHD image quality, combined with powerful 30x optical zoom technology, the observation range is up to 6.5Km.  

500m IR Illumination

500 meters illumination supplement combined with 30x optical zoom, the observation range for X30TL is up to 500 meters in a pitch black environment, which can meet the application requirements of various domains such as night surveillance, research&rescue, obtain evidence…  

Camera Object Tracking

Build-in normalization, cross-correlation and tracking algorithm, combining with object missing recapture algorithm, achieve stable track of the target. Support custom characters of user OSD, adaptive gate, cross cursor, trace information display. The tracking speed is up to 32pixel/frame, object size range is from 16*16 pixel to 160*160 pixel, with the minimal signal-to-noise ratio (SNR) 4db, the mean square root values of pulse noise in the object position <0.5 pixel, which greatly improve the accuracy and tracking effect.

Размер

Applications

Mainly supply in military and police law enforcement, fire-fighting, surveillance and 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.