Mission / Vision / Strength
Phone / Address / Email
Global Footprints UAV / 3D Mobile Mapping
A one-stop Intelligent GIS System For UAV Data
Acquisition and Processing.
SHA1：C66D1CFDF116E3813F4D95E34802AD94B66611AC
Recommended online file SHA1 verify:
http://www.metools.info/code/c92.htmlRadio Driver
Download and Install
SLAM GO POST is a mobile measurement SLAM data processing and analysis software independently developed by Shenzhen Feima Robotics Co., Ltd. This software can post-process the raw data from Feima SLAM devices, produce high-precision color point clouds, high-resolution panoramic images, high-accuracy odometry and real-world 3DGS models. It is also compatible with mainstream third-party software, enabling the easy creation of Mesh models and meeting diverse measurement and modeling requirements.
| Item | Minimum configuration | Recommended configuration | Description |
|---|---|---|---|
| CPU | x86_64 architecture chip | Intel 13th generation with 8 cores | AMD, INTEL, and domestic x86_64 chips. The CPU must support AVX2 instructions set. |
| GPU | NVIDIA 2060 | NVIDIA 4060 | Only NVIDIA graphics cards are supported. Other models of graphics cards may be unstable during the data processing. The CUDA driver must be version 561.17 or higher. For the 3DGS function, the minimum recommended GPU model is the NVIDIA 30 series with 8GB of video memory. It is recommended to choose the NVIDIA 5070 with 12GB or more of video memory. |
| Memory | 16GB | 64GB | Memory is recommended to be 32GB or more. |
"SLAM GO" is an application developed by Shenzhen Feima Robotics Co., Ltd. for obtaining and presenting scene point cloud models. It can be used to control the SLAM mobile measurement devices of Feima to upgrade the firmware version in the cloud, collect point cloud data and view the real-time data results.
Pairing Method for D20 Data Transmission:
Consists of four digits - 2500 + last four digits of the aircraft SN.
Pairing Method for D20 Image Transmission:
Consists of six digits - last six digits of the aircraft SN.
LED1: Data reception indicator light for the radio station. Normal data transmission alternates between red and green flashes; the light is off when not receiving or transmitting data.
LED2: Connection status indicator light for the radio station. Blue light indicates no connection; green light indicates a connected radio station.
LED3, 4, 5, 6: Battery level indicator lights for the radio station. Each light represents 25% battery level. From left to right: 25%, 50%, 75%, 100%.
Differentiate between CW/CCW propeller clamps and install them accordingly based on the propeller blade type.
Ensure that there are no antivirus software like 360 installed on the computer. For new computers or computers with freshly installed systems, reinstall the radio station driver and USB driver. After successful installation, the connection should be established.
(1)After completing the flight, connect the aircraft's data cable to the computer and download directly from the SmartFly interface.
(2)Obtain the flight ID information from the SmartFly interface. Connect the aircraft to the computer via the data cable. After the FC drive pops up, navigate to the UAV-LOG, RAW, POS, and NAV folders. Enter each folder and locate the file with the corresponding flight ID. Then, place all four files into a newly created folder for use.
On the main interface of the UAVManager, locate "Project Management" in the upper right corner. Click to enter and find the flight task. Hover the mouse over the task and slide to the right to find the folder icon for opening. Click to enter, then copy and paste all data except for the POS folder into a newly created folder. Compress the folder and send it to the relevant personnel.
Google Drive Download
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