Products

Electric crawler unit for R&D

CuGoMEGA M2

Large Crawler Robot Platform

CuGoMEGA M2

KYUGO MEGA EM TSU

A drivetrain that never breaks down
completes the mission.

Mud, water, impacts, slopes—for every harsh condition field robots face, CuGoMEGA M2 answers with "keep moving without breaking." With a 350 kg payload, IP64 rating, and 16 cm obstacle clearance, it frees your development team from worrying about the drivetrain.

350kg
Max Payload
IP64
Dust & Water Resistance
16cm
Obstacle Clearance
20°
Max Climbing Angle

Features

CuGoMEGA M2 High-Power Driving
POWER & SIZE

The highest payload in the series.
Move 350 kg with power and precision.

Two units linked together achieve a maximum payload of 350 kg. From harvests in the field and construction materials to emergency relief supplies during disasters, CuGoMEGA M2 takes over heavy-load transport tasks that once relied on manual labor. The 400 W brushless motor delivers precise speed control even under full load.

CuGoMEGA M2 IP64 Waterproof
IP64 PROTECTION

Operate through rain, mud, and dust.
IP64-rated dust and water resistance.

No need to stop for sudden downpours or wet-environment tasks. The robust enclosure design is washable, ready for the most demanding field conditions. In mountain rescue robot trials, the platform was praised for zero crawler derailments and zero mechanical failures throughout the entire mission.
※ Do not leave water sitting on non-motor areas for extended periods.

CuGoMEGA M2 Terrain Performance
TERRAIN PERFORMANCE

16 cm obstacles, 20° inclines.
Terrain that doesn't slow you down.

Farmland, slopes, sandy beaches, rubble, forest roads—CuGoMEGA M2 navigates any rough terrain with stability and power. The larger footprint of the full-size platform delivers the stability on steps and inclines that smaller units simply cannot match. In university field trials, it completed an entire course through mountain forest roads, muddy paths, and rocky terrain without a single issue.

CuGoMEGA M2 Customization Aluminum Frame
DEVELOPER READY

CAN-bus / RS232 ready.
The go-to drivetrain for large AGV development.

Three communication interfaces are supported: RC signal (PWM), RS232, and CAN-bus, making integration with existing control systems straightforward. The universal aluminum frame lets you configure the upper unit however you need—LiDAR, robotic arms, drainage pumps, dual-arm crawler rigs, and more. Stop reinventing the drivetrain and focus your effort on perception, decision-making, and control.

Use Cases

A drivetrain that never breaks down supports demanding field missions.

University of Tokyo Kaizu Lab Mountain Rescue Robot
USE CASE

University of Tokyo, Graduate School of Agricultural and Life Sciences, Kaizu Laboratory

A drivetrain that never breaks was the key to completing a grueling mountain rescue mission.

Why did the Kaizu Lab team choose CuGoMEGA for the mountain rescue contest "Japan Innovation Challenge 2025"? Here's the full story behind a platform that ran forest roads, muddy trails, and rocky terrain without a single failure.

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Osaka Institute of Technology River Blockage Response Robot
USE CASE

Osaka Institute of Technology, Faculty of Robotics & Design Engineering, Real-World Robotics Laboratory

Into the frontlines of a landslide disaster. Why was CuGo MEGA chosen as the drivetrain for a river-blockage response robot?

A fleet of robots pumping water out of a site on the verge of collapse—developed as part of Japan's Cabinet Office Moonshot R&D program. Here is the story of how CuGo MEGA was selected as the trusted drivetrain and what the team had to say about it.

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University of Tokyo Biomechanical Engineering Lab Deer Deterrent Autonomous Robot
USE CASE

University of Tokyo, Graduate School of Agricultural and Life Sciences, Biological Mechanical Engineering Laboratory

The deer deterrent robot had to "find its own way home." A grad student's one-year pursuit of full autonomy on a forest road.

A graduate student aiming to build an "outdoor Roomba" that patrols forest roads autonomously around the clock. The full story of achieving 3 cm-accuracy autonomous navigation using only LiDAR in GPS-dead zones, and a 100% success rate for automatic docking and charging.

Read more →

Specifications

Unit

Dimensions W212mm × D1055mm × H305mm
Weight Approx. 30 kg
Max Speed 1.2 km/h
Payload Capacity Approx. 350 kg (2 units linked)
Dust & Water Resistance IP64 equivalent
Motor Output 400 W
Power Supply 48 V
Motor Type Brushless DC Motor
Climbing Capability 20°
Obstacle Clearance 16 cm
Communication Interface RC signal (PWM), RS232, CAN-bus
Suspension None
Communication Range Approx. 30 m

Base Kit

Dimensions W953mm × D1141mm × H525mm
Weight Approx. 90 kg
Max Speed 1.2 km/h
Payload Capacity 350 kg (2 units linked)
Battery 48 V / 30 Ah
Operating Time 1–2 hours (varies by terrain and payload)

Contact

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