Forestry Mower for Sale

Product Introduction

Conquer the most challenging terrains with full confidence. Our equipment range—featuring the remote-controlled mulcher (driven by a powerful 53.7 kW Yanmar engine) alongside the adaptable Remote Mower—effortlessly handles forests, grasslands, roadside verges, and dyke embankments.

Both machines are built for heavy-duty work, and the remote-controlled mulcher stands out with these core capabilities:

✅ table operation on slopes up to 55°

✅ Grinds and reduces material as thick as 150 mm

✅ 1500 mm cutting swath for maximum productivity

✅ Retractable undercarriage plus side-shift function for unmatched maneuverability

Whether you need land clearing, hazard reduction, or routine municipal upkeep, this heavy-duty forestry mulcher and the Remote Mower deliver reliable performance exactly where ordinary equipment fails.

Product Details

A Stable Mobile Platform for Extreme Terrain

The Forestry Mower is equipped with reinforced rubber tracks specifically designed for challenging ground conditions. The track surface features optimized high-friction anti-slip patterns, providing exceptional grip on uneven mud, gravel, grassy slopes, and wet surfaces. This design not only significantly improves the machine’s ability to traverse slopes and soft ground but also ensures lateral stability during high-speed turns or heavy-load operations. Operators can confidently navigate over residual stumps, ditch edges, or rain-soaked terrain without worrying about slipping or track derailment.

Intelligent Thermal Management with Self-Cleaning Function

To withstand long hours of high-intensity work in dusty, debris-filled environments, the Forestry Mower integrates a bidirectional cooling fan and a full-flow cooling circuit. This system intelligently monitors the operating temperatures of the engine and hydraulic oil, automatically adjusting fan speed and direction. When the system detects an accumulation of grass, mud, or debris on the radiator, the fan reverses direction, using the reverse airflow to blow out blockages and achieve automatic cleaning. As a result, the Forestry Mower maintains optimal thermal balance even after continuous hours of mulching or mowing, effectively preventing power loss or premature component wear caused by overheating.

Flexible Remote-Controlled Mulching Head

The core working attachment—the mulching head—is fully remote-operated, allowing the operator to maintain a safe distance while precisely controlling its performance. The head features stepless speed adjustment, meaning the cutting or crushing speed can be varied smoothly and without shock according to the density and coarseness of the material being processed: high speed for light grass to maximize efficiency, lower speed for hardwood or thick branches to increase torque. Furthermore, the rotational direction of the mulching head can be switched seamlessly between forward and reverse. When jams occur due to tangled vines or oversized material, the operator does not need to approach the machine—simply remotely activate reverse rotation to safely expel the blockage, then resume forward operation. This design dramatically improves continuous work capability and operational safety on complex terrain.

Application Scenarios

Forestry Mower Application Scenarios: 

Scenario 1: Steep Slope Vegetation Management

On highway embankments, dam faces, and mining berms, traditional wheeled or walk‑behind mowers cannot operate safely due to the risk of rollovers. Workers using handheld brush cutters on slopes face constant danger of slipping or falling, leading to frequent accidents and rising insurance costs. Productivity is extremely low.

How the Forestry Mower Solves It

With a low‑center‑of‑gravity rubber track chassis, the Forestry Mower operates stably on slopes up to 55° without requiring any personnel on the incline. Remote control allows the operator to stand on level ground while clearing the entire slope. This eliminates all fall‑related risks and increases daily work coverage by 5–8 times compared to manual crews.

Scenario 2: Dense Brush and Small‑Diameter Tree Clearing

Forestry thinning and firebreak construction often require removal of saplings (up to 10–15 cm diameter), thorny bushes, and tangled vines. Traditional methods rely on chainsaws and manual hauling, taking several workers several days per hectare. Leftover stumps remain as hazards that can puncture tires or injure workers.

How the Forestry Mower Solves It

Equipped with a heavy‑duty mulching head capable of crushing material up to 150 mm in diameter, the Forestry Mower turns saplings and brush into fine organic mulch in a single pass. No stumps are left behind, and no secondary handling is needed. Labor costs are reduced by over 60% compared to manual clearing.

Scenario 3: Wetlands, Marshes, and Floodplains

Soft, water‑saturated ground causes conventional wheeled machines to sink or get stuck. Even some tracked vehicles have high ground pressure that damages fragile root systems and soil structure. Environmental agencies impose strict limits on heavy equipment entering sensitive wetland areas.

How the Forestry Mower Solves It

The wide rubber tracks deliver an extremely low ground pressure (<0.3 kg/cm²), allowing the Forestry Mower to float over soft soil like snowshoes. Its lightweight, remote‑controlled design permits selective mowing without crushing vegetation roots or compacting the soil. This makes it ideal for routine maintenance in nature reserves and marshlands.

Scenario 4: Firebreak Construction in Urban‑Forest Interfaces

During dry seasons, tall grass and dense brush along power line corridors and near residential developments become severe fire hazards. Standard mowers cannot quickly handle large areas of thick growth, and operators are exposed to high heat, smoke, and potential flames.

How the Forestry Mower Solves It

With a 1500 mm wide cutting swath, the Forestry Mower clears kilometers of firebreak per day. Remote operation keeps the user away from flammable vegetation and hazardous zones. The mulched debris settles close to the ground, retains moisture, and is actually less combustible than standing dry brush, providing proactive fire prevention.

Scenario 5: Roadside and Railway Vegetation Control

Weeds and grass on highway medians, shoulders, and railway embankments obstruct driver sightlines and block drainage. These areas often hide debris such as rocks, rebar, or trash that damage standard rotary mower blades. Moreover, workers operating near high‑speed traffic face deadly accident risks.

How the Forestry Mower Solves It

The retractable chassis and side‑shift design allow the Forestry Mower to extend its cutting head laterally over the shoulder edge without entering live traffic lanes. Cut vegetation is thrown away from the road surface. When the mower encounters hidden obstacles, the hydraulic system automatically relieves pressure to protect the blades, minimizing downtime and repair costs.

FAQ 

1. What is the maximum slope the Forestry Mower can safely operate on?

The Forestry Mower is designed to work on slopes up to 55 degrees (approximately 140% grade). Its low‑center‑of‑gravity rubber track chassis, combined with a remote‑controlled operation, allows the machine to maintain excellent stability and traction even on wet or uneven inclines. Operators stay on level ground, eliminating rollover risks associated with conventional ride‑on mowers.

2. What size of material can the Forestry Mower crush and mulch?

The mulching head can process vegetation and wood up to 150 mm (6 inches) in diameter, including small trees, dense brush, thorny vines, and hardwood saplings. The carbide‑tipped or serrated blades reduce the material into fine organic mulch in a single pass, leaving no hazardous stumps behind.

3. How does the remote control work, and is it reliable in dense forests or on steep slopes?

The wireless remote transmitter has a line‑of‑sight range of 150–200 metres and uses industrial‑grade radio frequencies (2.4 GHz or 868 MHz) with built‑in error checking. In case of signal loss or low battery, the Forestry Mower automatically stops all movement and engages the parking brake. The system is tested for reliable operation in dense vegetation, near power lines, and on extreme slopes.