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VG-450 User Manual

2

Safety equipment

Servo brake/anti-collision tube

No-load highest speed

10.8km/h

Minimum turning radius

0m (In-situ rotation)

Maximum climbing capacity

30°

Minimum ground clearance

107mm

Max travel

10km

Control mode

remote control/command mode

Remote controller

2.4Ghz/1km extreme distance

Communication interface

CAN

Onboard Computer

Model

X86

CPU

Intel i7 8565U, quad-core and eight-thread

GPU

Intel UHD Graphics 620

Hard drive

128GB

RAM

8GB DDR4

Binocular Camera

Model

Intel Realsense T265

Chip

Movidius Myraid2

Field of view

Two fisheye lenses,

close to hemispherical 163+5°FOV

IMU

BMIO55, allows for accurate measurement of

rotation and acceleration of the device

Depth Camera

Model

Intel Realsense D435i

Depth technology

active IR stereo

Depth output resolution

up to 1280*720

Depth output frame rate

up to 90fps

Min. depth distance

0.1m

LiDAR

Laser ranging technology

TOF

Ranging radius

0.15m~40m

Sample rate

9200 times/sec

Ranging accuracy

2~10cm

typical 5cm

Ranging resolution

1cm

Scanning angle

360°

Scanning frequency

7~15Hz

typical 10Hz

RTK Positioning Module

Frequency

BDS/GPS/GLONASS/QZSS

Positioning accuracy

10cm (typical)

Initialization time

< 10 s ( typical)

Time to first fix

cold start: 40s ( typical); hot start: 5s ( typical)

Interface

serial port

TF card

USB 2.0 OTG

CAN

PPS

EVENT

Summary of Contents for VG-450 UGV

Page 1: ...VG 450 User Manual VG 450 UGV User Manual V1 0 2021 09...

Page 2: ...3 Remote Controller Control 3 Keyboard Control 3 Waypoint Planning and VFH Obstacle Avoidance Function 3 2D Mapping 4 3D Mapping 4 Simulation Introduction 5 Simulation System 5 Navigation Function 5 R...

Page 3: ...and APM auto navigation system and also equipped with multiple sensors such as LiDAR binocular camera depth camera RTK which is suitable for applied research on autonomous delivery vehicles service r...

Page 4: ...isheye lenses close to hemispherical 163 5 FOV IMU BMIO55 allows for accurate measurement of rotation and acceleration of the device Depth Camera Model Intel Realsense D435i Depth technology active IR...

Page 5: ...tton of the UGV 2 Turn on the remote controller 3 Connect to the UGV s WiFi and use the Mission Planner ground station and NoMachine to connect to the UGV 4 Find the sh script folder of the UGV s onbo...

Page 6: ...a terminal and enter the following command to start waypoint planning and VFH obstacle avoidance function r300_vfh sh 7 In the Mission Planner ground station select Action Mode AUTO or GUIDED Set Mod...

Page 7: ...imulation Introduction Simulation System The R300 simulation system is based on ROS and Gazebo simulation system It provides UGV body models and sensor simulations such as 2D lidar 3D lidar and depth...

Page 8: ...gular velocity is recommended to control within 0 5 After the UGV s positioning has converged under normal circumstances the UGV can rotate for one full circle Press crtl c in the keyboard control ter...

Page 9: ...arbitrarily drag the r300_simulation_rtabmap sh file into the terminal window and a command to start the sh script will appear Press Enter to start it Check the terminal window that pops up and whethe...

Page 10: ...window that pops up and whether the nodes in each terminal are started normally After confirming that the nodes are running normally enter the corresponding control instructions in the third keyboard...

Page 11: ...a command to start the sh script will appear Press Enter to start it Check the terminal window that pops up and whether the nodes in each terminal are started normally After confirming that the nodes...

Page 12: ...VG 450 User Manual 10...

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