Uploaded December 2025 | Updated September 2026, 4 hours ago
🔗 Project files & guide👇:
engrprogrammer-shop.fourthwall.com/products/deep-reinforcement-learningbased-bipedal-robot-walking-in-matlab-ddpg
📌In this video, Deep Reinforcement Learning (DDPG Actor–Critic) based controller for a 6-DOF bipedal robot developed in MATLAB & Simulink. The robot learns to generate a stable walking gait, move forward, stay on a path, and avoid falling through trial-and-error interaction.
This project includes a full Simulink model, a pretrained DRL agent for instant testing, training scripts, SOLIDWORKS 3D design files, and documentation. The trained agent can also be deployed on a real Feetech servo-based robot, and the model can be extended up to 10-DOF.
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biped robot, deep reinforcement learning, DDPG, actor critic, matlab robotics, simulink reinforcement learning, robot walking, gait generation, legged locomotion, humanoid robot, ai robotics, reinforcement learning matlab, feetech robot, drl control, robotics project, final year project, matlab simulink robot, walking robot, robot balance control, deep reinforcement learning for walking robots, bipedal walking robot, bipedal robotic walking, deep reinforcement learning, deep reinforcement learning berkley, miniature bipedal robot, reinforcement learning robotics, applications of reinforcement learning in real world, bipedal walking, humanoid robot walking mechanism, bipedal robot, walking human robot mechanism, walking human robot, bipedal robots, walking robot, walking robots, robotic walking, robots bipedal, reinforcement learning
#BipedRobot #DeepReinforcementLearning #DDPG #ActorCritic #MATLAB #Simulink #Robotics #RobotWalking #LeggedLocomotion #HumanoidRobot #AIinRobotics #ReinforcementLearning #Feetech #GaitGeneration
🔗 Project files & guide👇:
engrprogrammer-shop.fourthwall.com/products/deep-reinforcement-learningbased-bipedal-robot-walking-in-matlab-ddpg
📌In this video, Deep Reinforcement Learning (DDPG Actor–Critic) based controller for a 6-DOF bipedal robot developed in MATLAB & Simulink. The robot learns to generate a stable walking gait, move forward, stay on a path, and avoid falling through trial-and-error interaction.
This project includes a full Simulink model, a pretrained DRL agent for instant testing, training scripts, SOLIDWORKS 3D design files, and documentation. The trained agent can also be deployed on a real Feetech servo-based robot, and the model can be extended up to 10-DOF.
👍 Like, 💬 Comment, and 🔔 Subscribe for more robotics & AI projects!
biped robot, deep reinforcement learning, DDPG, actor critic, matlab robotics, simulink reinforcement learning, robot walking, gait generation, legged locomotion, humanoid robot, ai robotics, reinforcement learning matlab, feetech robot, drl control, robotics project, final year project, matlab simulink robot, walking robot, robot balance control, deep reinforcement learning for walking robots, bipedal walking robot, bipedal robotic walking, deep reinforcement learning, deep reinforcement learning berkley, miniature bipedal robot, reinforcement learning robotics, applications of reinforcement learning in real world, bipedal walking, humanoid robot walking mechanism, bipedal robot, walking human robot mechanism, walking human robot, bipedal robots, walking robot, walking robots, robotic walking, robots bipedal, reinforcement learning
#BipedRobot #DeepReinforcementLearning #DDPG #ActorCritic #MATLAB #Simulink #Robotics #RobotWalking #LeggedLocomotion #HumanoidRobot #AIinRobotics #ReinforcementLearning #Feetech #GaitGeneration
