Industrial Grade Drone 10x Optical Zoom Dual Beam Tracking Camera 1/3" Panasonic CMOS with Thermal Imager for Inspection

Professional 3-axis High-precise FOC Program

Stabilizing the Z10TIR is a highly optimized 3-axis camera gimbal with pinpoint-precise motor rotation with a control accuracy of ±0.02° powered by a dedicated processor. Rather than rely on electrical slip rings - as is common with many gimbals - the Z10TIR uses a unique mechanically limited design and concealed wires to ensure more stable data transmission and greater durability. Vibration is eliminated using four damping balls and a lightweight damping board, creating seamlessly smooth video. 360°rotation remains possible through gimbal rotation. Stable, smooth footage image can be captured even when flying at high speed flight.

10x Zoom Camera

Powered by 1/3" CMOS module, with color 0.5lux@F1.6. 2.48mega effective pixel and 1080p FHD image quality, combined with powerful optical zoom technology, fast auto-focus speed,designed for UAV aerial photography.

Powerful 25mm Thermal Imager

Integrated French ULIX high-precision uncooled long wave (8μm ~14μm ) with 25mm lens thermal image sensor, Z10TIR can record and transmit thermal image and visible images at the same time. There are two different thermal resolutions for optional: 640*480 as standard version and 384*288 resolution as low configuration. See the unseen. ULIX thermal sensors reveal details invisible to the naked eye by making subtle differences in temperature visible. This new view on the world can reveal when equipment or buildings are damaged, the location of lost people and much more.

Visible Light and Thermal Imager Dual Sensors 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.

Configuration

Introduction