Lymow One Story: Our Journey to Smarter Lawn Care

Concept Development

In early 2022, our team launched an in-depth study of the robotic mower industry to identify key pain points. Rather than relying on existing product claims, we invested in detailed data on U.S. and European lawns, uncovering a vast user base with mid- to large-sized lawns in need of efficient solutions.

We validated our insights through interviews with traditional lawn tool makers and landscaping professionals and analyzed user feedback from forums to understand common issues. Collaborating with colleagues from Europe and the U.S., we shaped our goals based on this comprehensive feedback.

After several rounds of discussion, we defined five core requirements:

1.Powerful Performance: Users often faced mowers that stalled or got stuck. Our design needed ample power for all terrains.

2.Advanced Obstacle Handling: Uneven and obstacle-filled landscapes required a mower that could adapt smoothly.

3.Enhanced Durability: Existing mowers often lacked resilience. We aimed for a design built for longevity.

4.Precision Cutting: For users prioritizing lawn health, our mower had to deliver clean, consistent cuts.

5.Smart Navigation: To minimize setup and prevent damage to gardens, our mower needed intuitive, smart navigation.

These principles became the foundation of Lymow One: a powerful, reliable, and easy-to-use solution for complex lawn care needs.

Sketch

With clear product goals, our team quickly sketched the first concepts for Lymow One, focusing on power and durability as core design themes.

Prototype to Production

Demo Mode

To validate key functionalities, we built a demo prototype using a tracked chassis with RTK and camera technology. In just three months, this system was up and running, performing autonomous mapping, obstacle avoidance, and mowing in a small park setting. This demo laid the groundwork for our system’s core framework.

EVT1 Mode

Building on our initial sketches, we developed the EVT1 prototype, which brought us significantly closer to the current Lymow One design. While still using a scissor-style cutting mechanism, this model achieved an exceptionally smooth and uniform cut across the mower’s full width.

Cutting Upgrade—From Scissor to Mulching Blades

After CES in December 2023, Lymow One’s founder, Gao Wangshu, took the mower to Georgia and Florida to gather feedback from real users and lawn care influencers. While the scissor-style blade delivered clean cuts, it struggled with wet grass, causing clogs and limiting its adaptability in dewy or rainy conditions. Users and influencers expressed a desire for the power and mulching effect of traditional mower blades in a robotic mower.

In response, our team spent six months re-engineering the cutting system. Through extensive simulations and testing, we developed a high-speed mulching blade that combines power and adaptability.

EVT2 Mode

Following these updates, EVT2 debuted with high-speed mulching blades, delivering stronger cutting performance and improved airflow. This aerodynamic design enhances the mulching effect, promoting lawn health and reducing the need for grass collection. EVT2 represents a truly intelligent solution that adapts to various grass types and conditions.

Listening to Users Again

After IFA 2024, Lymow One’s founder, Gao Wangshu, visited a beta tester in Croatia with the EVT2 model to gather more feedback. Users praised the mower’s powerful motor and cutting performance, reinforcing our focus on professional-grade cutting and robust design. This feedback strengthened our commitment to a powerful, reliable lawn care solution.

Best regards,
The Lymow Team