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SLAM2000 is another innovative industry-level handheld laser scanner developed by Feima Robotics.

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Slam2000
handheld
lidar scanner

handheld lidar scanner

designed for use in various hazardous working environments, including underground and gas mines

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Slam100
intrinsically safe
handheld
lidar scanner

slam100 intrinsically safe
slam100 handheld lidar scanner

Slam100
handheld
lidar scanner

SLAM100 is the first handheld mobile LiDAR scanner launched by China feima-Robotics Co., Ltd.

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DJI M350 RTK PAYLOAD

oblique payload
for dJI uAV platform

DP500 is a tilt photography module developed by Feima Robotics based on market demand, designed to adapt to the DJI UAV platform

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Feima UAV

Feima V500R

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Simple yet powerful

feima D2000s

Feima D2000S

One-stop high-precision operation platform based on high-performance rotor platform

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feima feima e2000s

Feima E2000S

Pegasus Intelligent Aerial Survey System
Focus on high-precision aerial survey and rebuild the real world

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D500


Feima Intelligent Aerial Surveying/Remote Sensing/Inspection/Emergency System.

The entire machine adopts a streamlined design with high-strength T700 carbon fiber integrated structure. Both the fuselage and the motors utilize a self-cooling structure. It integrates high-precision differential GNSS board, TOF sensor, millimeter-wave radar, and visual perception system. The core sensors are redundantly backed up, ensuring more reliable performance in various industry applications.

60MIN

Ultra-long endurance

10KM

transmission distance

-20℃~50℃

Operating temperature

Obstacle avoidance

Millimeter-wave radar

Positioning

Visual navigation

Payload

Interchangeable

Automatic obstacle avoidance

By utilizing FPV monocular depth technology and millimeter-wave radar technology, the system can effectively identify large objects such as buildings and mountains, as well as small objects like high-voltage power lines, ensuring the safe flight of unmanned aerial vehicles.

Mobile takeoff and landing

By utilizing image matching technology, real-time calculation of the deviation between the landing position of the drone and the takeoff point is achieved, enabling precise takeoff and landing on moving platforms such as ships or vehicles.

Visual return-to-home

The aircraft continuously builds a map of the surveyed area in real-time. When GPS signals are disrupted, the aircraft automatically plans a return path and activates visual navigation for positioning. It controls the aircraft to return to the takeoff point.

D500 continues its modular design and is equipped with aerial survey module, oblique module, LiDAR module, and multispectral module, catering to traditional aerial survey, photorealistic 3D, and remote sensing monitoring applications. Additionally, it supports interchangeable visible light video module, thermal infrared video/remote sensing module, loudspeaker, lighting, and other payload applications, meeting the needs of aerial survey, remote sensing, emergency response, power line inspection, and other industries.

Surveying and remote sensing.

High-precision terrain mapping, high-precision 3D modeling, remote sensing monitoring

Public safety

Traffic control and regional security

Emergency rescue

Disaster assessment, disaster inspection, mountain rescue, water rescue

Forest firefighting

Forestry patrol, fire inspection, hot spot inspection

Powerline inspection

Corridor inspection, distribution network inspection, precision inspection

Environmental protection

River inspection, pollution inspection, riverside illegal construction inspection