MC700

The Future of Autonomous Mowing—Smart, Scalable, and Precise.

Engineered specifically for the demanding environments of solar farms and industrial sites, the Botusmov MC700 features autonomous path planning to navigate safely under panel arrays and around mounting structures. Its compact, low-profile design and precision navigation ensure 100% vegetation control without risking equipment damage, maximizing your plant’s operational efficiency and fire safety.

Key Benefits

  • Autonomous path planning – intelligent navigation for 100% coverage and maximum efficiency in complex PV plant layouts
  • Precision robotic drive – high-torque traction with zero-turn agility, ensuring smooth movement and stability on industrial slopes
  • Industrial-grade low profile – compact, heavy-duty design for safe operation under solar arrays and restricted-clearance zones
  • Smart remote integration – advanced wireless control and automated monitoring, keeping operators safe and away from hazardous environments

Smart App & Path Planning

The BotusMov MC700 industrial robotic lawn mower features an intelligent mobile app for solar farm turf maintenance. Its multi-mode operation—including bow-shaped coverage, rectangular boundary optimization, and single-point precision—ensures safe, efficient, and highly accurate mowing, perfectly suited for complex solar panel layouts.

As an industrial robotic lawn mower, the MC700 supports dynamic routing, layered area management, and cloud-based data collaboration through the app, reducing labor, optimizing operations, and making it the preferred choice for professional solar farm maintenance.

Which MC Series is right for you?

The MC700 comes in two variants. Both share identical performance and dimensions, differing only in their feature set.

MC700 AIR

MC700

Control Type

Remote manual operation

Autonomous navigation system

Navigation System

Real-time operator control

Intelligent path planning & route optimization

Use Case

Complex, unpredictable terrain

Large-area, structured mowing tasks

Parameters

Drive unit Honda GX630 15.5 KW
Dimensions 1460 × 1100 × 685 mm 57.5 × 43.3 × 27.0 in
Cutting Width 700 mm (4 blades)
Speed 0 – 4.1 km/h 0 – 2.55 mph
Cutting Height 5 – 90 mm 0.2 – 3.54 in
Gross weight 320 kg

Features

honda engine

Drive Unit

The MC700 robotic lawn mower is powered by a reliable 4-stroke Honda engine, delivering high productivity even on challenging terrain. It provides strong performance and cost efficiency for solar farm vegetation management and airport mowing applications.

Performance 15.5 kW (23 HP) / 2500 rpm
Oil Tank 10L
Displacement 688cm³

Remote Control Unit

The MC700 industrial robotic lawn mower provides safe and precise vegetation control with a 200-meter operating range, designed for solar farm and airport mowing operations.

Remote functions include:

  • Engine start/stop
  • Speed mode selection (turtle/rabbit)
  • Mower on/off
  • Cutting height adjustment
  • Speed and direction control
  • 360° rotation & skid steering
  • Stabilization winch activation
  • Emergency system shutdown

This allows operators to manage mowing tasks safely and efficiently, even in challenging terrain.

lawn mower remote control
hillside mower
commercial-robot-mower_

Drive System

The tank-style tracked system provides strong traction and smooth maneuverability on rough terrain.
High-torque drive and responsive controls ensure precise handling and stable performance under demanding conditions.

All-Terrain Mobility & Stability

Designed for tough environments, it handles obstacles up to 15 cm and performs reliably on complex terrain.
A 45° front angle and 40° tilt capability ensure stability on slopes and uneven ground.
Zero-turn steering allows precise control in confined areas, improving operational efficiency.

Driving System

MC700

Tank-style tracks

175N·m

0m

45°

15cm

HONDA 15.5kW

688cm3

10L

Mowing System

Cutting Width

700mm

5 – 90mm

2pcs

Clutch

Control System

Controller

Automotive-grade

Industrial Digital

≤200m

Consumer-grade / Automotive IP65

Gallery

Interested in Autonomous Mowing?

Get in touch to receive a customized performance analysis and discover how autonomous mowing can improve your project efficiency.