Greenzie publishes 2025 autonomous mower safety report

Greenzie, a commercial robot mower platform provider powering commercial autonomy across multiple OEMs, recently published its 2025 Annual Safety Report.

The report contains multi-year safety data from real-world commercial landscaping operations, documenting over 150,000 autonomous miles with zero lost-time injuries, zero OSHA medical attentions, and zero human near-misses.

The 2025 report is available through the download link at the end of this article. Find the latest report in the safety section of Greenize’s website.

Data transparency for responsible deployment

Greenize’s report is based on extensive operational data spanning more than 5.4 billion square feet of turf mowed, over 68,000 hours of autonomous mowing, and more than 50,000 operator days - the equivalent of 265 mowing seasons.

“Greenzie is helping define safety in autonomous landscape operations, and transparency is a critical part of that,” said Steve Bush, Greenzie chief operating officer. “These results show that commercial autonomy is operating safely at meaningful scale in the field. Transparency matters because as this category matures, real-world data helps build confidence in what responsible deployment looks like.”

Landscaping accident rate higher than other industries

Greenize said the report’s findings are particularly significant in the context of the U.S. landscaping industry, which employs roughly 1.3 million workers and experiences a higher-than-average rate of workplace accidents compared to other industries. Greenzie said its multi-year operating data shows that autonomy is not theoretical - it is already being deployed consistently and performing safely at scale.

“Greenzie Powered Autonomy has been validated through years of sustained use in the field,” Bush said. “That level of real-world performance reinforces both the reliability of our platform and the broader readiness of commercial autonomy.”

Greenzie attributes this performance to a disciplined safety approach that includes robust perception, tested operating standards, and continuous validation in real-world commercial environments.