Professional Rescue Armored Crane Model with 360° Rotating Work Platform for Heavy-duty Lifting Simulation

Product Overview
This armored crane building block model is engineered for mechanical structure enthusiasts and engineering scenario simulation. With 2686 precision pieces, it authentically replicates the robust mechanical construction of a real armored crane. Featuring a 360° rotating work platform, independent suspension shock absorption system, and professional-grade transmission structure, it combines high-precision assembly with dynamic functional demonstration—ideal for mechanical model collection, engineering operation simulation, and advanced building block challenges.

Core Specifications

• Piece Count: 2686PCS
• Product Type: Armored Crane Themed Building Block Model
• Functional Features: 360° Rotating Work Platform / 8 Independent Shock Absorption Units / Front-Wheel Dual-Row Linked Steering

Product Highlights

1. Authentic Mechanical Structure Replication
   True-to-scale recreation of the armored crane's frame, lifting arm, and work platform based on real-world prototypes. The piece configuration aligns with mechanical transmission principles, balancing assembly complexity with finished mechanical authenticity.

2. Omnidirectional 360° Rotating Work Platform
   The top-mounted operation platform enables seamless horizontal rotation through a full 360° range, simulating the flexible positioning required for real crane lifting operations across complex engineering environments.

3. Professional-Grade Suspension & Shock Absorption
   Equipped with 8 independent shock absorbers, each featuring isolated suspension structures and elastic connectors to replicate the vibration resistance of actual vehicles—ensuring stability on uneven surfaces.

4. Front-Wheel Dual-Row Linked Steering System
   The drive axle employs a dual-row gear linkage mechanism, synchronizing left and right wheel deflection during turns to accurately reproduce the steering dynamics of professional engineering vehicles for enhanced maneuverability realism.

Application Scenarios

• Collection and assembly challenges for mechanical engineering enthusiasts
• Simulation of engineering operations (e.g., rescue, lifting)
• Functional demonstration and performance testing of advanced building block models