
URSROBOT Celebrates a Successful Showcase of NEXMOW M2 at CES 2025
Mowing a lawn might seem simple, but proper techniques are key for a neat, healthy lawn. This guide provides essential tips and step-by-step instructions for

Del Mar High School is a four-year public secondary school in San Jose, California, established in 1959 and part of the Campbell Union High School District.
In 2025, Del Mar deployed the NEXMOW M2 autonomous robotic mower to handle routine grounds maintenance across its primary lawn and athletic field areas. This case study outlines the challenge the school faced, how the M2 was deployed, and the benefits realized.
Before adopting the NEXMOW M2, mowing could take up to two to three staff members during peak growing season, with gas-powered equipment producing noise and emissions during the school day. Scheduling conflicts between grounds crews and student activities are common, and cut quality can be inconsistent due to time constraints.

The NEXMOW M2 is a commercial autonomous robotic mower. Key features include:
Our team conducted a mowing zone at Del Mar, mapped out using the NEXMOW app. Because the M2 uses GPS and RTK rather than buried wires, the full setup was completed in a single afternoon with no infrastructure work required.
Mowing was scheduled during school hours with zero issues due to low operating noise and its drop, mow and go ability. This avoided disruption to classes, testing, and athletic activities. Coaching staff could also pause or reschedule zones directly through the app when practicing fields were in use.

Labor Savings
Previously, mowing likely consumed an estimated 26 to 30 staff hours per week during peak season. With the M2 handling routine mowing autonomously, that dropped to approximately 6 hours per week for oversight and battery management, freeing staff to focus on higher-value maintenance work.
One of the most common concerns raised when schools and institutions consider autonomous equipment is the potential impact on their workforce. At Del Mar, the NEXMOW M2 was deployed as a tool to support the existing grounds team — not replace it.
The transition was designed from the outset to augment staff capacity rather than reduce headcount. Grounds crew members who previously spent the majority of their shifts operating gas-powered mowers have since taken on expanded responsibilities across the campus, including landscape detailing, irrigation upkeep, hardscape maintenance, and seasonal planting, which is all work that directly improves the overall quality and appearance of the school environment.
The NEXMOW M2 takes on the repetitive, time-consuming task of routine mowing, freeing the human team to apply their skills where judgment, experience, and craftsmanship matter most. For a school district managing tight operational budgets while also trying to retain qualified maintenance staff, this balance of automation and human expertise represents a more sustainable and equitable path forward than headcount reduction alone.
“Switching to the Nexmow M2 fleet has been a game-changer for our campus environment. We can now maintain the green spaces right outside classrooms during peak school hours without any noise complaints from faculty. Most importantly, it has freed up our grounds crew to focus on specialized landscaping and safety inspections.”
The M2’s RTK-guided path planning produces uniform results across every zone on every cycle. Areas that previously received uneven cuts due to rushed manual mowing, now maintain a tidy appearance throughout the week.
The M2 operates on battery power with no direct emissions and noise levels well below those of conventional commercial mowers. Early morning and school hour mowing cycles run without disturbing classes or testing sessions, and the elimination of gas-powered equipment supports the district’s sustainability goals.
The M2’s layered safety system, which includes AI cameras, ultrasonic sensors, and physical collision sensors, stops the mower immediately when a person or object is detected. It also analyzes the obstacle and reroutes. Every encounter is logged with location data, allowing the facilities team to identify recurring hazard areas and clear them before scheduled mowing.
App-based scheduling allows the school facility’s team to pause, reroute, or reassign zones in real time.
Beyond labor savings, the M2 has eliminated fuel purchasing and reduced equipment maintenance costs for mowed areas. The district now has a cost reduction for the areas now maintained by the M2 fleet.

Following the success of the initial deployment, Del Mar High School continues to use the NEXMOW M2 for this academic school year. The grounds team, all of whom remained in their roles through and after the transition, has embraced the technology as a genuine upgrade to their working conditions, citing reduced physical strain, less exposure to noise and exhaust, and more varied and fulfilling day-to-day responsibilities.
The district views the Del Mar deployment as a model for how autonomous technology can be introduced responsibly in public institutions: improving outcomes for students and campuses while continuing to value and invest in the people who keep those campuses running.

Mowing a lawn might seem simple, but proper techniques are key for a neat, healthy lawn. This guide provides essential tips and step-by-step instructions for

URSROBOT is excited to showcase the AI-driven NEXMOW M2, an innovative commercial landscaping solution, at Equip EXPO 2024.

NEXMOW Robotic Mower cuts emissions and operates quietly, supporting sustainable gardening. Join the green carbon-reducing revolution today!