Year-round maintenance - modular autonomous platform for lawn mowing and snow harvesting
Year-round maintenance provides a modular autonomous platform that combines autonomous mowers capabilities, accurate RTK positioning and machine vision to ensure effective lawn and winter snow harvesting and general care. The interchangeable tools transform one machine into several machines: lawn mowing, snow harvesting, leafwashing and surface work - so the green area remains maintained in every weather.
What is the core of the solution?
Modular platform is an autonomous system with suitable tools attached. Additional AI navigation and RTC positioning with machine vision ensure accuracy, safety and reliability. The system designs routes, feels obstacles and works on its own, reducing the need for continuous human intervention.
For whom is appropriate?
- Local and local authorities who maintain parks and green spaces
- Main functions and advantages
- rng>Modular platform /l >/l >l >l >l >/l >l >l >l >l >l >l >l <rng <rng <rng </l <rng <rng l <rng <rng <rng l l >l l <rng </l l <rng <rng <rng AI navigation with RTK positioning gives precision that traditional machines cannot offer - that means less repetition, better lawn appearance and faster snow removal in critical moments. Machine vision also makes it possible to work in complex environments with pedestrians, playgrounds or dense vegetation.
- Pricing and needs mapping - suitable tools and management packages are selected.
- Installation and configuration - RTK and AI navigation are optimised for a specific area.
- Support and maintenance - modular construction allows rapid maintenance and additional functions according to seasonal needs.
How to introduce?
Final term
Modular autonomous platform brings new level of maintenance throughout the year: high precision, lower costs and better reliability. Interchangeable tools and smart navigation ensure that every green area remains cared for both summer and winter - a smarter approach to care and measurable results for each season.
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