Technical Bottlenecks of Traditional Chassis Structure
Traditional tracked chassis adopts single structural design, which cannot balance load-bearing capacity and grounding pressure. High-load chassis has excessive ground pressure, easy to sink in soft soil and wetland; low-ground-pressure lightweight chassis has insufficient structural rigidity and poor stability during high-torque drilling and piling operations, which cannot adapt to diverse complex construction scenarios.

MAGEON Multi-Dimensional Structural Optimization Technology
MAGEON relies on finite element stress analysis technology to carry out iterative optimization of chassis frame structure, track width, grounding length and wheelbase matching. Through the hollow reinforcement design of the box frame, the chassis weight is reduced on the premise of ensuring overall rigidity, realizing lightweight and high-strength integration.
By optimizing the track grounding area and pressure distribution, the unit ground pressure of the equipment is effectively reduced, which can effectively avoid sinking in soft soil, swamp and wetland environments. At the same time, the low-center-of-gravity structural design lowers the overall barycenter of the machine, greatly improving the anti-overturning stability of the equipment during slope operation and high-load drilling.

Scenario-Oriented Technical Advantages
This structural optimization technology enables MAGEON chassis to adapt to both heavy-duty mining and drilling working conditions and urban soft soil and wetland construction scenarios, solving the technical problem that a single chassis cannot adapt to multiple terrains. It greatly improves the versatility and practical value of the equipment.