Rackless Mobility - Trackless Autonomous Welding

MENG ROBOT delivers true trackless autonomy: 20 km range, 1.1 m turning radius, and 360° in-place rotation. No permanent rails, no infrastructure cost. The robot actively seeks workpieces across a 5000㎡ factory.

Two Movement Modes

Remote control for flexible turning + car-like driving mode. Mastered in just 4 hours.

20 km Range per Charge

One charge supports 5–7 days of continuous operation. Robot finds the workpiece instead of moving heavy parts.

1.1 m Turning Radius

360° in-place rotation in aisles only slightly wider than the robot itself.

Trackless Mobility Demo – 20 km Range

Remote control + car-like driving in open factory areas.

ML1 360° Rotation in Narrow Spaces

1.1 m turning radius + large 4.012 m welding width.

Comparison in 5000㎡ Factory

Dimension	Ground Rail Fixed Robot	MENG ROBOT Autonomous Mobile Robot
Space Occupation	Requires permanent rails; obstructs forklifts	No rails required; factory space is fully shared
Station Coverage	Limited to both sides of the rail	Any station within the 5,000 ㎡ factory
Workpiece Flipping	Requires heavy positioners	Robot walks around the part, reducing flips
Initial Investment	High infrastructure cost; rigid layout	Out-of-the-box; scales elastically with production

Mobile Welding System Technology FAQ

Q1: What are the movement modes and travel range of MENG ROBOT?

Two modes: remote control for flexible turning and car-like driving (mastered in 4 hours). Single charge allows 20 km travel, supporting 5–7 days of continuous operation.

Q2: Compared to traditional ground rails, what are the advantages in a 5000㎡ factory?

Space occupation: no rails, full factory shared. Station coverage: any workstation. Workpiece flipping: robot walks around the part. Initial investment: out-of-the-box, elastic expansion.

Q3: How does the ML1 model achieve 360° rotation with large coverage?

1.1 m minimum turning radius allows U-turns in narrow aisles. Telescopic arm delivers 3.27 m vertical reach and 4.012 m horizontal width.

Q4: How is stability maintained on uneven factory floors?

Low center of gravity + high-torque hydraulic locking. Core components are placed low; hydraulic feet convert tire support into rigid base once positioned.

Q5: What patents support the rackless mobility technology?

ZL202520017149.4 (Mobile Chassis and Robot), ZL202322338372.2 (All-Scenario Welding Vehicle), ZL202423117367.X (Bottom Steering Mechanism), ZL202530197017.X (Ultra-high All-directional Robot).

Q6: How does the robot improve production efficiency in large factories?

Eliminates permanent rail infrastructure and heavy workpiece flipping. Robot can be dispatched to any station instantly, reducing auxiliary time and maximizing uptime.

Learn More About Core Technical Advantages