The LQ-4 four light pod integrates thermal imaging, zoom, laser ranging, and wide-angle modules, achieving all-weather precise detection through multi-source data collaboration. Equipped with a high-resolution thermal imaging system and long-range distance measurement function, combined with high magnification hybrid zoom and high magnification optical zoom technology, combined with large-sized photosensitive elements to support ultra high definition image recording, and with a high-definition wide-angle lens to expand the field of view. The built-in intelligent algorithm platform provides dynamic target tracking capability based on deep learning, and the heading axis global rotation design adapts to complex operational angle requirements. Optimizing the shock absorption structure and modular interface significantly improves environmental adaptability, supporting the expansion and integration of multiple devices. With high collaborative control algorithms and stable gimbal systems, it can maintain clear imaging and precise control in dynamic scenes, and can be widely applied to professional level mounting requirements in fields such as rotary wing aircraft, vertical takeoff and landing platforms, and intelligent mobile robots.
This high-resolution thermal imaging laser rangefinder system integrates four advanced sensors to deliver all-weather environmental perception for drones and robots. With dynamic tracking and ultra-HD imaging, it ensures mission-critical clarity in fire rescue, terrain mapping, and industrial inspections.
This pod, through the organic combination of four functional modules, endows the flight platform with unprecedented environmental perception capabilities. Its high-resolution thermal imaging module adopts advanced sensing technology, combined with wide field of view and high frame rate imaging characteristics, which can still clearly capture heat source information at night or in low visibility environments. It supports global temperature scanning, regional monitoring, and fixed-point temperature measurement functions, providing reliable non-contact detection methods for fire search and rescue, electrical inspection and other scenarios. The laser ranging module that works in conjunction with it has ultra long detection range and centimeter level accuracy, providing precise spatial positioning data for operators in high-risk operations such as emergency rescue and terrain mapping.
The intelligent imaging system integrates ultra-high magnification hybrid zoom technology and is equipped with large-sized image sensors, achieving seamless transition from wide-angle panorama to ultra long distance close-up. Professional grade optical zoom module combined with real-time focusing algorithm ensures stable and clear image output even in complex flight conditions. The auxiliary wide-angle lens provides a wide field of vision. With the original multi image splicing technology, operators can freely combine video streams from different sensors to achieve synchronous monitoring of key target close-up and environmental situation.
The intelligent tracking system carried by the device endows the pod with autonomous recognition and continuous tracking capabilities through deep learning algorithms. After locking the target, the system can automatically adjust the zoom magnification and pan tilt angle to keep the target at the center of the screen and maintain the optimal display ratio. Even after the target briefly disappears, the system can still quickly recapture, significantly improving the efficiency of tasks in dynamic scenarios. The innovative dual light linkage function allows for synchronous scaling of visible light and thermal imaging images, facilitating operators to quickly obtain key information through multi-spectral data comparison.
In terms of mechanical structure, it adopts an omnidirectional rotating gimbal design, breaking through traditional mechanical limitations and achieving 360 degree no dead angle observation, especially suitable for the complex flight attitude of vertical takeoff and landing aircraft. The upgraded quick release structure improves equipment compatibility and installation efficiency, and supports quick switching of multiple loads. The deep integration of intelligent shock absorption system and collaborative control algorithm ensures that all sensors are always in optimal working condition during flight.
In terms of functional expansion, the pod supports geographic information annotation and multi-mode focusing technology. The operator can achieve precise focus selection through the touch interface, and the automatic focus following function during zooming ensures continuous clarity of the image. In response to the needs of professional image creation, the equipment provides smooth mirror control and panoramic shooting capabilities, meeting high standard visual presentation requirements such as film and television aerial photography and ecological recording.
Four sensor hybrid
The efficient collaboration of zoom cameras, thermal imaging cameras, laser rangefinders, and wide-angle cameras not only endows drones with a broad field of view, but also enables them to focus on the field of view and capture clearer images, as well as detect heat sources and measure distances from targets.
High resolution thermal imaging, global temperature measurement, fixed-point temperature measurement
Equipped with a 640 * 512 level high-resolution thermal imaging sensor, supplemented by a 19mm focal length and a 30fps image frame rate, the field of view is wide and profound, the video is smooth and clear, and abnormal heat sources can be detected in a timely manner for visual non-contact temperature measurement, with fast and accurate response.
High precision laser ranging
Supported by a 1200 meter long distance and a 0.1 meter high-precision laser rangefinder, it is sensitive and reliable, capable of obtaining accurate directions in real-time in high-risk work scenarios, assisting in command and decision-making, and ensuring a safe working space.
Technical Parameter
overall performance
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Video output signal interface |
Ether Net |
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Control signal input method |
S.Bus、UART、 UDP |
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Control signal output mode |
S.Bus |
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High precision three-axis stabilization |
Heading, pitch, roll |
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Working voltage range |
11 ~ 25.2 V |
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power consumption |
Average power consumption 9 W, peak power consumption 20 W |
|
protection grade |
IP4X |
|
operation temperature |
-10℃ ~ 50℃ |
|
Product size |
134.5 * 140 * 201 mm (including quick release shock absorber claws) |
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Product weight |
854 g (including quick release shock absorber claws) |
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Shock absorber claw size |
140*140*63mm |
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Shock absorber claw weight |
104g |
PTZ parameters
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Angle jitter amount |
± 0.01° |
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Controllable pitch rotation range |
-90° ~ +25° |
|
Controllable horizontal rotation range |
Unlimited positions |
|
Roll rotation range |
-45° ~ +45° |
Zoom camera parameters
|
lens |
30x optical zoom (180x hybrid zoom) |
|
focal length |
4.8 ~ 149 mm (±5%) |
|
image sensor |
1/2.7 inch, 8 million effective pixels |
|
aperture |
F1.3 ~ 4.8 (±5%) |
|
FOV |
No zoom: diagonal 65.4 °, horizontal 58.1 ° 30x optical zoom: diagonal 2.48 °, horizontal 2.14 ° |
|
Card recording video resolution |
4K (4096*2160) @ 30 fps 2K (2560*1440) @ 30 fps 1080p (1920*1080) @ 30 fps 720p (1280* 720) @ 30 fps |
|
Camera resolution |
4K |
Infrared camera parameters
|
Thermal imaging sensor |
Uncooled Vanadium Oxide (VOx) Micro calorimetric Radiometer |
|
resolution |
640* 512 |
|
PTZ |
2x electronic zoom |
|
lens |
Focal length 19 mm/F1.1 fixed focus without thermalization |
|
wavelength range |
8 ~ 14 um |
|
Measuring range |
High gain:- 20 ~ +150℃ Low gain: 0~+550 ℃ |
|
Temperature measurement accuracy |
-20 ~ 150℃（±2℃） 0 ~ 550℃（±5℃） |
|
Temperature measurement mode |
Global temperature measurement, fixed-point temperature measurement, regional temperature measurement |
Wide angle camera parameters
|
image sensor |
1/2.8 inch with 4 million effective pixels |
|
equivalent focal length |
20 mm |
|
FOV |
Horizontal 84.5 °, diagonal 93 ° |
|
Card recording video resolution |
2K (2560*1440) @ 30 fps |
|
Camera resolution |
2560*1440 |
Parameters of laser rangefinder
|
Distance measurement range |
5 ~ 1200 m |
|
wavelength range |
900 ~ 908 nm |
|
resolution |
0.1 m |
|
measurement accuracy |
3 ~ 100 m (±1 m) 100 ~ 600 m (±1 + L*0.25% m, L is the distance to the target) |
|
Laser pulse frequency |
3 Hz |
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Maximum laser power |
5 mW |
Other camera parameters
|
Video storage bitrate |
15 Mbps |
|
Support file system |
FAT32，Ex FAT |
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Photo file format |
JPG |
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video file format |
MP4 |
|
Support storage card types |
Micro SD class10 supports a maximum of 128 GB |
|
Photo Mode |
single shot |
|
white balance |
automatic |
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The above parameters are for reference only. Detailed product parameters are subject to actual delivery. |
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The LQ-4 four light pod integrates thermal imaging, zoom, laser ranging, and wide-angle modules, achieving all-weather precise detection through multi-source data collaboration. Equipped with a high-resolution thermal imaging system and long-range distance measurement function, combined with high magnification hybrid zoom and high magnification optical zoom technology, combined with large-sized photosensitive elements to support ultra high definition image recording, and with a high-definition wide-angle lens to expand the field of view. The built-in intelligent algorithm platform provides dynamic target tracking capability based on deep learning, and the heading axis global rotation design adapts to complex operational angle requirements. Optimizing the shock absorption structure and modular interface significantly improves environmental adaptability, supporting the expansion and integration of multiple devices. With high collaborative control algorithms and stable gimbal systems, it can maintain clear imaging and precise control in dynamic scenes, and can be widely applied to professional level mounting requirements in fields such as rotary wing aircraft, vertical takeoff and landing platforms, and intelligent mobile robots. This high-resolution thermal imaging laser rangefinder system integrates four advanced sensors to deliver all-weather environmental perception for drones and robots. With dynamic tracking and ultra-HD imaging, it ensures mission-critical clarity in fire rescue, terrain mapping, and industrial inspections.
Detalles
The dual light pod adopts a visible light/thermal imaging dual sensing collaborative design, with a lightweight structure enhancing the drone's multi-dimensional perception. The thermal imaging module is equipped with high-resolution sensors and telephoto lenses, supporting non-contact temperature measurement and abnormal heat source identification. Intelligent algorithms enable continuous target tracking and fast relocking, while dual lens synchronous zoom/stitching improves information efficiency. High definition image sensors combined with dynamic adjustment technology optimize image quality, and the large angle rotating pan tilt enables panoramic observation, adapting to complex scene requirements.
Detalles
IPv6 network supported |
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