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High-precision, long-range handheld LiDAR scanner developed by Feima Robotics

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Slam200
handheld
lidar scanner

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

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Slam2000
handheld
lidar scanner

handheld lidar scanner

Feima X-1

Feima Intelligent Aerial Photogrammetry,Remote Sensing,
Inspection,Emergency Command and Logistics Transportation System

Feima x1

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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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The Feima D5000 is a cutting-edge, lightweight, and long-endurance multi-rotor drone system. Equipped with high-precision GNSS and a range of advanced sensors, it excels in high-precision mapping, remote sensing, and video capture. With an operational endurance of 90 minutes per sortie, it ensures efficiency across diverse terrains and applications. Featuring modular payload options, including photogrammetric, LiDAR, and infrared modules, the D5000 can handle various data acquisition tasks. Its precise Time-of-Flight (ToF) flight control, obstacle avoidance, and cloud-based active services provide ultimate reliability and safety for surveying and monitoring operations.


Multi-source data acquisition

High reliability

five satellites with sixteen frequency signals

Force 6

Wind resistance

30KM

Long-distance data transmission

6000M

The maximum takeoff altitude.

When landing at a different location or needing to switch landing points, the landing point can be updated using the image-based selection method.

Based on visual SLAM technology, safe return and landing of the aircraft can be achieved even in situations where GNSS is severely interfered with.

The forward-facing single-axis ToF module has a measurement range of 180 meters, enhancing the detection capability for small obstacles such as power lines and wind turbine blades.

The forward-facing ToF module can acquire real-time terrain data in the direction of flight. it enables precise autonomous terrain-following flight, ensuring flight safety and consistency in the resolution of captured images.