iMMaster Hydraulic Robotic Glove Building Set | 13806843

iM.Master Hydraulic Robotic Glove Building Set (6843) – 203 Piece Wearable Mechanical Hand with Multi-Finger Articulation & STEM Learning

Unlock the power of mechanical engineering with the iM.Master Hydraulic Glove (6843). This wearable building set allows you to transform your hand into a high-tech robotic gripper. Designed for curious minds who love to take things apart and see how they work, this glove offers a unique "hands-on" experience that bridges the gap between a toy and a real-world scientific instrument.

Powered by Physics, Not Batteries

The magic of the 6843 model lies in its hydraulic system. By using water-filled pistons and flexible tubing, the glove converts simple hand movements into mechanical force. No motors, no chargers, and no batteries are required—just the pure power of fluid dynamics. Watch as each robotic finger responds to your touch, allowing you to grip, lift, and move objects with robotic dexterity.

A Rewarding STEM Challenge

With 203 precision-engineered pieces, the assembly process is a rewarding journey through the fundamentals of robotics. The set features an adjustable frame to ensure a comfortable fit for different hand sizes, and the transparent hydraulic components allow you to witness the science in action. It’s an ideal project for students, hobbyists, and future engineers looking to master the basics of hydraulics while creating something truly impressive.

Product Specifications

• Brand: iM.Master (Science & Tech Series)

• Model: Hydraulic Robotic Glove (6843)

• Piece Count: 203 Pieces

• Age Grading: 6+ Years (Recommended 8+ for detailed assembly)

• Power System: 100% Battery-Free (Water-Based Hydraulic Power)

• Mechanism: Integrated multi-piston system for full finger movement

• Material: High-grade, non-toxic ABS plastic and industrial-strength PVC tubing

• Fit: Ergonomic and adjustable wearable design

• Complexity: Intermediate STEM Build

Key Science & Engineering Features

• Fluid Dynamics Mastery: Teaches how pressure is transmitted through liquids to create motion.

• Mechanical Dexterity: Provides individual control over robotic fingers for realistic grasping.

• Wearable Technology: Demonstrates the concept of "exoskeletons" and human-machine interfaces.

• Visible Engineering: Clear tubing allows for easy monitoring of fluid levels and piston movement.

• Precision Quality: High-tolerance components ensure a leak-free system and smooth, responsive articulation.