This high-performance desert vehicle is more than just a means of transportation; it's an extension of humanity's exploration of extreme environments.

By extending travel, increasing ground clearance, strengthening the structure, and optimizing damping, the upgraded suspension system provides the off-road modified vehicle with enhanced adaptability, stability, and ability to escape obstacles in complex

The ability of high-performance desert vehicles to "fly close to the ground" in soft sand is the result of a multi-faceted integration of buoyancy design, suspension system, power output, body structure, and intelligent control.

The high-performance desert vehicle's ability to "crush" shifting sand dunes stems not from brute force, but rather from scientific engineering design and sophisticated system integration, seamlessly integrating power, suspension, tires, body, and handlin

With the growing popularity of extreme off-roading and long-distance trekking, high-performance all-terrain off-road vehicles are no longer simply tools for tackling rough terrain; they are now expected to offer comprehensive comfort, safety, and intellig

The frame of a non-load-bearing body usually adopts a side beam structure, which is a closed frame composed of longitudinal beams and cross beams welded or riveted together.