Next-Generation Robotic Lawn Care Series: Innovations for Every Terrain

Alex Martinez

Jan-08-2026

Next-Generation Robotic Lawn Care Series: Innovations for Every Terrain

This update details a significant expansion of an established series in automated lawn care robotics. The Recent models are engineered to encompass a broad spectrum range of landscapes and applications, from residential gardens with challenging terrain to professional landscaping projects.

The advanced lineup now includes five distinct series, each tailored to meet specific environmental needs and operational settings. Developed for the 2026 release, the machines have been refined for improved agility, precise navigation, and enhanced performance on slopes, tight corners, and unpredictable bends.

  • The flagship model is characterized by an agile four-wheel-drive system that can execute on-the-spot turns. Capable of navigating 40-degree slopes, this model features independent steering on the front wheels, refined traction controls, and boasts an IPX6 rating. It incorporates a dual cutting mechanism powered by two 180 Watt motors and operates with twelve blades while using a triple-mapping system to achieve centimetre-level navigation accuracy.

  • One series targets discerning homeowners with challenging lawns, including areas with steep gradients, significant shade, and uneven surfaces. Sharing a similar all-wheel design for agile maneuvering, it can manage inclines up to 24 degrees and performs reliably on soft or damp ground.

  • Another variant is engineered for intricate settings, such as gardens with numerous trees, hidden corners, and varied obstacles. It utilizes an advanced LiDAR unit that scans 200,000 points per second to generate detailed maps for navigation. Users have the option to customize these maps or allow the machine to autonomously cover areas as large as 1,500 square meters.

  • A dedicated series is developed for high-precision applications in areas with dense vegetation, tight edges, and fluctuating lighting conditions that can mislead less sophisticated robots. This model quickly adapts between three positioning systems within a millisecond and integrates stability features for effective operation on slopes.

  • The final group targets commercial and professional use in expansive open spaces, handling areas of up to 24,000 square meters. It is optimized for efficiency and supports coordinated operation of multiple machines through specialized software.

Across all models, the 2026 range emphasizes greater agility and robust handling in diverse terrains, from residential gardens to large-scale professional projects. The enhancements underline a commitment to precision, versatility, and an elevated user experience while adapting to the unique challenges presented by different environments.

Follow: