iMMaster Cyborg Soldier Building Set | 641 Pieces | IM6815 Mechanical Warrior | 2-in-1 Combination Feature with IM6816 | 13806815

Construct the Future of Combat

Step into the world of advanced robotics with the iM.Master Cyborg Soldier (IM6815). With 641 precision-engineered pieces, this set offers a rewarding building experience for kids and hobbyists who love mechanical design. The Cyborg Soldier features a sleek, futuristic aesthetic with articulated joints, allowing you to pose your warrior for battle or display.

Double the Build, Double the Power

The true magic of the iM.Master series lies in its modularity. The Cyborg Soldier is designed as the perfect partner to the Hammer Warrior (IM6816). By combining the pieces from both sets, you can unlock a massive, legendary "Ultra-Character" that stands taller and looks more formidable than ever. It’s the ultimate challenge for builders who want to explore the full potential of their creativity.

Display-Ready Engineering

Once assembled, the Cyborg Soldier stands as a testament to modern building techniques. Its impressive size—over 30cm tall—makes it a striking centerpiece for any shelf or desk. Whether you’re a fan of sci-fi, robotics, or complex building blocks, the iM.Master Cyborg Soldier offers a high-quality, durable experience that bridges the gap between a toy and a collectible model.

Product Specifications

• Brand: iM.Master

• Model Name: Cyborg Soldier

• SKU: IM6815/13806815

• Piece Count: 641 Pieces

• Complexity: Intermediate to Advanced

• Combination Feature: Compatible with Hammer Warrior (IM6816) to create a combined giant character.

• Dimensions: 30.3 x 11.8 x 30.5 cm (Assembled)

• Material: High-quality, eco-friendly ABS plastic

Key Features

• Articulated Joints: Fully movable arms, legs, and torso for dynamic posing.

• Modular Design: Seamlessly integrates with other iM.Master mechanical sets.

• Educational Play: Enhances fine motor skills, spatial awareness, and logical thinking.

• Precision Fit: Bricks are designed for tight connections and a sturdy finished model.