Joint Control Robot – 4 DOF
Affordable 4 DOF serial manipulator with multi-seat simulation
Today’s generation of engineering student often enters university with extensive exposure to robotics. Through competitions such as FIRST Robotics, they have had an opportunity to study and apply various robotic principles. Your undergraduate lab, though, needs to take students further. In order to prepare for advanced robotics research and industrial careers, students need to master rigorous concepts and complement theoretical knowledge with hands-on skills. With the Quanser Joint Control Robot – 4DOF, you can reach these goals. The high-end yet affordable robotic manipulator makes your lab relevant to real-world applications. With multiple simulations and 3D visualization seats, you can accommodate more students and extend the learning beyond the lab.
Learn More- Research-grade 4 DOF serial manipulator with two-finger gripper
- Compact, light-weight, stand-alone robot arm, safe to work with
- Joint angle, motor current and torque measurements for each joint
- Pre-designed controllers for simulated and actual robotic manipulator included
- Extensive course resources with independent exercises for undergraduate robotics courses included
- Courseware content mapped to the most popular robotics textbooks:
- Craig: Introduction to Robotics: Mechanics and Control
- Spong, Vidyasagar, Hutchinson: Robot Modeling and Control
- Forward kinematics
- Inverse kinematics
- Jacobian and Forward Velocity Kinematics
- Inverse Velocity Kinematics
- Motion Control and Trajectory Design (task mode, joint mode)
For Simulink
Quanser Joint Control Robot – 4 DOF includes:
- 10 licenses of QUARC® add-on for MATLAB®/Simulink®
- 4 DOF serial manipulator with two-finger gripper
- RS-485 serial card (requires PC with PCI expansion slot, not included)
Product Details
| Serial manipulator | Customized 4 DOF robot arm by Kinova |
| Weight | 5 kg |
| Payload | 0.75 kg (full extension) 1.25 kg (mid-range) |
| Arm reach | app. 60 cm |
| Maximum linear speed | 20 cm/s |
| Communication rate | 500 Hz |
