Intuitive Robotics
Robotics • AI • IoT • Cyber-Physical Labs
Autonomous & Manipulator Training Kits
Advanced Robotics Lab Training Portfolio

Four Industry-Aligned Robotics Trainer Kits for a Complete Lab

A cohesive set of mobile robot, AI vision & manipulator kit, industrial manipulator and soft robotic gripper platforms designed to cover navigation, manipulation, perception and safe human–robot interaction in one integrated laboratory.

Coverage
ROS2, AI, vision, soft robotics, IoT and industrial automation outcomes from a single vendor.
Learner Levels
Suitable for B.Tech, M.Tech and PhD research projects and capstones.
Lab Strategy
Start with core experiments, then grow into a research-grade robotics lab over time.
Support
Complete hand-holding: experiments, codes, documentation and faculty development workshops.

Outcome: Students gain end-to-end exposure from autonomous navigation to intelligent vision-guided manipulation and compliant soft gripping – mirroring modern smart factories.

MentorPi M1 Mobile Robot
MentorPi M1 – Autonomous Self Driving Robot
AI Kit with MechArm
AI Vision Enabled Pick Place Operation
Robotic Manipulator Trainer
1Kg Payload 6 DoF Manipulator Trainer
Soft Robotic Gripper Kit
Adaptive Grasping for Irregular Shaped and Fragile Objects

Robotics Training Kits

Choose the kit below to explore detailed specifications and experiment packs.

Mobile Robot Platform

MentorPi M1 Autonomous Mobile Robot

Autonomous Self Driving Robot
MentorPi M1 Autonomous Mobile Robot

A ROS2-enabled mobile robot designed for teaching SLAM, autonomous navigation, obstacle avoidance and multi-sensor fusion. Ideal for courses in robotics, AI and cyber-physical systems.

Sample Experiments
  • Waypoint navigation and obstacle avoidance with LiDAR.
  • Path planning and trajectory tracking for differential / mecanum drive.
  • Vision-based object following and line/marker tracking.
ROS2 • SLAM • Navigation • AI
AI Vision & Manipulator Trainer

Artificial Intelligence Kit with MechArm

AI Vision Enabled Pick Place Operation
Artificial Intelligence Kit with MechArm

Vision and AI education kit coupled with a compact 6-axis MechArm (Payload: 250 g) to teach image processing, YOLO detection, hand–eye calibration and vision-guided pick-and-place on real hardware.

Core Experiments
  • Color / shape recognition and basic OpenCV pipelines.
  • YOLOv5-based object detection and sorting.
  • Hand–eye calibration and image-to-robot frame mapping.
  • Vision-guided pick-and-place with MechArm.
AI Vision • YOLO • Pick & Place
Industrial Manipulator Trainer

Vision & Tactile Robotic Manipulator Trainer

1Kg Payload Robot Arm
Robotic Manipulator Trainer

A compact manipulator platform that combines gripper design, touch sensing, kinematics and vision-guided pick & place experiments on a single setup.

Core Experiments
  • Robot gripper actuation and force feedback basics.
  • Manipulator kinematics analysis and workspace study.
  • Object detection and image processing using vision sensors.
  • Trajectory planning and analysis for point-to-point motion.
  • Pick-and-place using the robot arm.
Vision • Tactile Sensing • Kinematics
Soft Robotics Platform

Soft Robotic Gripper Kit

Adaptive Grasping for Irregular Shaped and Fragile Objects
Soft Robotic Gripper Kit

A bio-inspired soft gripper system with pneumatic actuation, pressure sensing and modular end-effectors for exploring compliant manipulation and safe human–robot collaboration.

Key Experiments
  • Pneumatic soft finger actuation and pressure–deflection characterisation.
  • Touch sensors interfacing and feedback system.
  • Handling fragile objects (glass, fruits, light components) safely.
  • Adaptive gripping of irregular shapes using multi-finger configurations.
Compliant • Pneumatic • Bio-Inspired
About Intuitive Robotics

Intuitive Robotics designs, engineers and deploys application-driven robotics, AI, IoT and cybersecurity training systems for Indian engineering colleges and research labs. With over three decades of experience in educational kit design, lab modernisation and industry-academic collaboration, our focus is always on real-world skills and deployable outcomes.

  • End-to-end solutions: hardware, software, experiments and documentation.
  • Customisation for local curricula and faculty comfort.
  • Support for student projects, hackathons and industry-sponsored work.
From lab experiments to factory-grade skills

Our kits are designed so that students who prototype in the lab can translate the same concepts to real industrial robots and mobile platforms without re-learning the fundamentals.