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IDEAL FIT — utility-scale parks with panel structures above 92 cm and large service corridors between panel rows.
Situation
A vast photovoltaic site spanning tens to hundreds of hectares. Wide service corridors, rows of panels with elevated structures, kilometers of fencing.
Problem
Manual brushcutting is impossible at utility scale. Traditional tractors damage structures and panels. Seasonal labor is unreliable. Vegetation grows fast — mowing 5–8 times per season.
SOLUTION
A heavy-duty machine that autonomously handles the entire solar park in a single shift. Refueling instead of charging — no downtime.
Spider Autonomous 2.0 has been validated on more than 80,000 hectares across Germany, Italy, the UK and Spain — primarily in solar parks. The 726 ccm Kawasaki engine handles dense vegetation that electric machines would have to mow twice. Meanwhile, the operator runs two more machines in parallel, tripling the effective throughput.
For installations with low panel structures (under 92 cm), the Super Low variant (72 cm) or Raymo (50 cm) are recommended — they reach under panels where Spider Autonomous 2.0 cannot. A common combination: Spider Autonomous 2.0 on the main corridors and SL/Raymo for sub-panel mowing.
80,000+ ha
Solar park experience
1 → 3
Operator / 3 machines
Why Spider Autonomous 2.0?
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Heavy-duty Kawasaki engine handles dense, tall vegetation in a single pass
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Unlimited working time thanks to fast refueling — no waiting for charging
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GPS-RTK precision around panels, fences and structures without perimeter wires
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One operator runs 3 machines in parallel = tripled site coverage
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Reporting in the Automowing Portal for investors: mowed area, time, GPS tracks
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Validated: EDP, CJR Renewables and other solar operators across Europe
Run a solar park over 50 ha? We'll calculate the ROI of deploying 3× Spider Autonomous 2.0 vs. your current contractor mowing.
