Remote Control Mowers for Slopes
The Mower for Steep Slopes (slope-specialized vegetation care) boasts these core strengths:
Slope-Ready Design: Works on slopes up to 55° with advanced lubrication;
Stable & Reliable: Anti-slip tracks + custom oil pan for steady performance;
Safe Remote Control: Operates in dangerous or hard-to-reach areas;
High Efficiency: Covers large areas quickly with strong climbing ability;
Product Introduction
Operational Versatility: Seamless Transition from Fine Turf to Heavy-Duty Brush
For international B2B stakeholders, the core value proposition of these units lies in their exceptional adaptability. Far exceeding the capabilities of standard lawn tractors, these machines function as comprehensive land management platforms. Powered by high-torque hydraulic systems and equipped with rugged flail heads, they effortlessly switch between two distinct tasks: manicuring highway verges and reclaiming land overgrown with dense, woody vegetation.
The cutting mechanism typically employs "Y-shaped" flail knives crafted from hardened manganese steel. These blades are engineered to pulverize vegetation, effectively chipping away at shrubs and saplings ranging from 30mm to 100mm in diameter, depending on the attachment configuration. This mulching capability is indispensable for slope maintenance. By reducing biomass into fine organic particles, the machine deposits a nutrient-rich layer of mulch back onto the soil. This process not only mitigates fire risks—critical for solar farms and arid embankments—but also fosters sustainable land regeneration.
Advanced Remote Operation and Safety Protocols
The defining characteristic of this technology is its capacity for remote intervention, ensuring operator safety. Leveraging robust 2.4G or 5.8G wireless frequencies, operators can command the mower from distances exceeding 150 meters, with line-of-sight control extending up to 200 meters in open areas.
This "man-machine separation
Product Details
The high-speed slope mowing robot and Best Robot Mower for Slopes (slope-optimized for efficiency) deliver exceptional performance:
Efficient Large-Area Care: Covers thousands of square meters per hour, operates continuously for hours; offers excellent climbing ability and superior mowing performance.
16+ Versatile Functions: Supports mowing, reclamation, branch crushing, ditching (and evolving new functions) via multiple attachments.
Fast, Durable Attachment Swap: <10 minutes of pure operation time with imported quick connectors (boosts durability, extends service life).
High-Quality Cutting: Mowing platform runs at up to 3000 rpm, handling grass clumps and small shrubs efficiently across diverse terrains.
Technical Parameters
Model | Smartiger | |
ENGINE | ||
Maker | YANMAR 3-cylinder(European V emission standard) | |
Type | 4-cycle, Inline, Water-cooled Diesel | |
Fuel tank capacity | 28 litres | |
Gross output | 28.2Kw (38.3Hp) @2600rpm | |
Self-cleaning(optional) | Standard manual and automatic (optional) | |
HYDRAULICS | ||
Pumps | 3-tandem piston pump + 2 gear pump | (Bondioli & Pavesi) |
Driving motors | High torque motor | (Poclain) |
Flail mower motor | High speed motor | (Danfoss) |
Independent flail head circuit | Closed circuit piston | |
Independent track drive circuit | 2x closed circuit piston | |
Independent motions circuit | Opend circuit gear | |
TRACKS | ||
Rubber | Hieghtened teeth rubber track (max working angle 55°) | |
REMOTE CONTROL | ||
Working range | >150m | |
Frequency | 2.4G | |
Battery | Interchageable, rechargeable | |
Two with each unit charge on machine | ||
Propotional Joysticks | Standard | |
DIMENSIONS | ||
Overall width (with flail mower) | 1500mm | |
Overall width (with flail mower) | 2900mm | |
Overall height (with flail mower) | 1300mm | |
WEIGHT | ||
Smartiger | 1250Kg | |
380kgs | ||
PERFORMANCE | ||
Gradient | Working on slopes up to 55° in any direction | |
(alarm at 50° and automatic shut-off at 55°) | ||
Specification
Potentiometer speed | 1st gear (low range) |
control (0 to 100%) | Forward and backward 0-4 Km/h |
2nd gear (high range) | |
Forward and backward 0-10.2 Km/h | |
Parking | Yes |
Steering | Skid-steering (support pivot-steering) |
Travelling bias correction | Yes |
Cruise Control System | Yes(One click release) |
PROTECTION AND SAFETY | |
Emergency stop | One-touch shut-off switch |
Over-slope | Automatic waring (Horn+Light) and shut-off |
Headlamp | LED |
Signal loss | Automatic shut-off |
Others | Automatic shut-off if hydraulic oil and lube |
pressure abnomaly | |
ATTACHMENT / FLAIL HEAD (STANDARD) | |
Standard attachment | Flail head |
Oil flow | 84L/min |
Pressure | 250bar |
Rotor speed | 3000rpm |
Front and rear flap | Chain and rubber |
Flails | Y-Flails for grass cutting and light wood |
up to 30mm diameter | |
Rotor width | 1400mm |
Rotor diameter | Grass and shrubs ≤30mm |
Optional Attachments
Application Scenarios
Photovoltaic (PV) Power Station Scenarios
Precision Mowing in Inter-Row Spacing: Designed with a compact chassis, the equipment navigates freely through the narrow channels between PV array rows without risking mechanical collision. By precisely controlling the cutting height (e.g., maintaining low-lying vegetation under 5cm), it prevents weeds from shading the modules—affecting power generation efficiency—while avoiding root intrusion that could damage underground cabling.
Efficient Maintenance of Firebreaks: In critical fire safety zones such as the perimeters of inverter rooms and cable trenches, the unit—equipped with high-strength blades—rapidly clears tall weeds and shrubs exceeding 1 meter. This ensures compliance with "zero weeds, zero combustibles" fire safety standards, effectively eliminating fire hazards triggered by high temperatures in electrical equipment.
Coordinated Maintenance for Water-Based PV: For floating PV power stations, the mower integrates with drone cleaning systems to form a unified "weeding + cleaning" O&M ecosystem. Its crawler design ensures stable operation on the embankments of shallow water areas, solving the challenge of weeds entangling around module support structures.
Embankment Slope Protection Scenarios
Safe Operations on Steep Slopes: Targeting dike slopes ranging from 30° to 55°, the equipment's ultra-low center of gravity and automatic inclination control technology ensure stable operation. Operators utilize 200-meter remote control capabilities to achieve complete man-machine separation, effectively eliminating the risk of slips and falls. For instance, in an application by the Bincheng River Administration, the unit achieved efficient mowing with a 140cm cutting width on a 45° embankment slope.
Scientific Management in Ecologically Sensitive Zones: In areas such as dike ecological green belts, the machine preserves native vegetation by adjusting cutting heights. This suppresses the rampant growth of weeds that obstruct patrol visibility while maintaining the stability of biological habitats. For example, the Weihe River Administration utilized flail mowers to process vine plants, achieving a harmonious balance between "maintenance operations and ecological protection."
Company Profile
Why Choose Us?
Why Choose Us?
Q: What is the maximum slope the machine can handle? Is there a risk of rollover?
A: Our remote-controlled mowers are engineered specifically for extreme terrain, capable of stably operating on slopes ranging from 30° to 55°. The unit features an ultra-low center of gravity chassis and a crawler drive system, paired with real-time attitude sensors. If the tilt angle approaches the safety threshold, the system automatically triggers an alarm and restricts movement, fundamentally eliminating the risk of rollovers. Furthermore, operators can maintain a safe distance of up to 200 meters, achieving complete "man-machine separation" and completely eliminating the safety hazards associated with manual slope work.
Q: How does the efficiency compare to traditional manual mowing?
A: One of our units delivers the productivity of 10 to 20 manual laborers. For instance, on a 45° river embankment with a 140cm cutting width, the machine can complete 20,000 square meters in a single day. This kind of performance can compress a project timeline that would traditionally take two months down to just 20 days.
Q: What is the maximum diameter of shrubs it can process? Is there a risk of the blades jamming?
A: Models equipped with Y-shaped manganese steel blades are capable of pulverizing shrubs and saplings with diameters under 100mm. The high-torque hydraulic motors provide ample power to efficiently shred complex vegetation, including thorns and vines, without jamming. Additionally, the blades are crafted from wear-resistant alloy, offering a service life 3 times longer
