Forestry – Vegetation Management · Tyrol, Austria
Forestry Slope Maintenance - Austria
A forestry company based in Austria faced difficulties in managing steep forest slopes that were prone to invasive vegetation. Traditional methods, including chainsaw trimming and manual clearing, were inefficient and hazardous, especially during the wet seasons. The client sought a mechanized solution to reduce the labor intensity, improve safety, and enable faster response times for […]
- Client
- Alpine Forestry Ltd.
- Location
- Tyrol, Austria
- Sector
- Forestry – Vegetation Management
- Terrain
- Mountainous forest with dense underbrush, rocky surfaces, and uneven ground
- Vegetation
- Invasive shrubs, underbrush, and seasonal grasses
- Area covered
- Approx. 180 hectares of forested terrain, with 70+ hectares on steep slopes
- Slope
- Up to 40° (with operational range typically between 25°–35°)
- Duration
- 10 weeks (including trial phase, operator training, and optimization)
- Efficiency change
- Approx. 65%–75% reduction in vegetation control time compared to manual methods
- Operators
- 1 operator per unit, capable of managing multiple zones across the terrain
- Deployment
- 2 units deployed initially, with plans for expansion following evaluation
- Conditions
- Challenging terrain with rocky surfaces, wet conditions during spring and autumn, and dense forest canopy coverage
- Previous method
- Chainsaw trimming, manual clearing, and limited use of off-road vehicles
The challenge
Alpine Forestry Ltd. operates in a mountainous region where steep slopes (up to 40°) are prone to invasive vegetation growth, which impacts the overall health of the forest. The primary challenges included:
Safety risks: Manual clearing involved working on steep, slippery slopes with high injury potential
Inefficient manual labor: The use of chainsaws and manual tools required significant labor force and led to long working hours
Limited equipment access: Traditional forestry equipment could not navigate the steep, uneven terrain without causing environmental damage
Environmental impact: Manual methods and fuel-powered equipment contributed to noise and air pollution
The client required a safer, more efficient solution to reduce manual labor, improve operational efficiency, and minimize environmental impact.
What was deployed
RCVIX deployed the RM-800 Remote Control Slope Mower as part of a controlled trial. The key implementation steps included:
Initial deployment of 2 units to test effectiveness on the most challenging terrain sections
Operator training focused on remote control handling, slope navigation, and optimizing mowing paths
Operational adjustments to accommodate rocky surfaces and dense underbrush
Environmental considerations: Remote operation eliminated the need for fuel-powered chainsaws, reducing emissions and noise pollution
After the trial, the client was able to increase operational efficiency significantly and reduce their reliance on manual labor.
The result
Approx. 65%–75% reduction in vegetation control time compared to previous methods
Improved operator safety, with no incidents reported during the trial period
Lower environmental impact, with reduced reliance on fuel-powered equipment
More consistent vegetation control across the entire forested area
Increased productivity, with operators able to manage multiple zones per day
Following the success of the trial phase, the client has decided to expand their fleet of RM-800 units for broader coverage.
What made it work
- Ideal for maintaining steep forested slopes up to 40°
- Eliminates the need for manual chainsaw work and off-road vehicles
- Remote operation enhances safety by keeping operators away from hazardous terrain
- Reduces environmental impact, particularly noise and fuel consumption
- Scalable solution for large forestry operations
“The RM-800 has made a huge difference in our forestry operations. We’re able to cover more ground with fewer workers, and the safety improvements are significant. The reduction in environmental impact has been a huge benefit as well.” — Forestry Operations Manager
A forestry company based in Austria faced difficulties in managing steep forest slopes that were prone to invasive vegetation. Traditional methods, including chainsaw trimming and manual clearing, were inefficient and hazardous, especially during the wet seasons. The client sought a mechanized solution to reduce the labor intensity, improve safety, and enable faster response times for vegetation control.
The RCVIX RM-800 Remote Control Slope Mower was introduced as part of a trial to handle these challenging slopes. After an initial phase of training and adjustment, the client reported significant improvements in safety, cost-effectiveness, and operational efficiency, with the added benefit of reducing environmental impact by reducing the need for fuel-powered chainsaws.
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