GALLERY
GALLERY
PROMOTING ROBOTICS TECHNOLOGY IN ASIA PACIFIC
Robotics will going to be the next breakthrough technology worldwide, RSB is aimed to become a premium robotics company providing high-end robotic products and solutions.
Meet The Team
The business leaders of today
The First Malaysian Humanoid Robot
The First Malaysian Humanoid Robot
The First Malaysian Humanoid Robot
The First Malaysian Humanoid Robot
FIELDER DT
Open-source ROS robot
for Research and Education
What's so special about Fielder DT
Convenient development and learning platform for autonomous navigation research and education in the fields of robotics and automation.
High Accuracy Self-driving Motion Plan Teaching
Multi-level Application Research and Teaching
Robot Configuration Teaching
Modular Development Teaching
Mapping, Positioning, Path Planning, and Obstacle Avoidance Teaching
Application Scenario
FIELDER DT is your gateway to advancing autonomous navigation research and education. Designed for both industry professionals and academic pioneers, this versatile robot opens doors to limitless possibilities in robotics and automation.
Test and optimize algorithms in dynamic environments.
INDOOR AND OUTDOOR USE
OPEN-SOURCE ROS ROBOT
LOW
MAINTENANCE
AUTONOMOUS
DRIVING
Product Parameter
Navigation Config.
Embedded Computer, 2D LiDAR, Depth Camera, Router
Function
Based on ROS, control the movement of a mobile robot chassis, enabling hardware assembly, decomposition training, and learning of three-dimensional point cloud map construction for autonomous driving. It also includes learning features such as recording and tracking map paths, obstacle detection, free navigation, track following navigation, and vehicle-road coordination for the use and learning of autonomous driving functions.
Computing Unit
i3-8145U/ 2.1 GHz
LiDAR
16m detecting range 2D LiDAR
Cameras
1280x720@7fps 640x480@30fps
IMU
Gyroscope and accelerometer
Available chassis
FR series/FW series/MK series/DT series
Pre-installed OS
Linux Ubuntu/ROS/ROS2
Navigation Accuracy
Indoor ±5cm; mission point ±4cm