It was not that long ago that robotic mowers seemed like something straight out of the Jetsons — interesting and intriguing, but not realistic. In fact, it was only 15 years ago when the RG3 autonomous greens mower appeared on the trade show floor at the 2009 GCSAA Show in New Orleans.
Many of those circling the RG3 display at the Ernest P. Morial Convention Center in New Orleans had a similar message: "Looks interesting, but I'm not turning my greens over to a robot."
Technology changes quickly, and the turf industry is no exception. Today, robotic mowing technology is gaining acceptance rapidly in the golf market, with many players in that arena. And there is officially a new face in that arena — Firefly Automatix.
Based in Salt Lake City, Firefly Automatix recently launched its 5-gang mower for use on managed turf.
Initially launched last year as the M100-AV, the mower has been rebranded as the AMP L-100 for use on golf courses, sports fields and sod farms.
Powered by four 3.3 kilowatt motors, the Firefly mower can achieve a top speed of 6 mph. Combined with a lithium-iron battery pack that has a charge of up to 2.5 hours and a 100-inch cutting width, the unit can mow up to 25 acres on a single battery charge.
Firefly Automatix was founded in 2010 as a provider of parts, equipment and machinery to the sod-harvesting industry. The company has a history in autonomous technology and developed the L-100 after 10 years of research and development. The company recently announced a lease program for the L-100.
Two different cutting units, the Pitchride and Rolorocker, offer height of cut ranging from 0.25 to 2.5 inches.
With no hydraulics or engine oil, turf-killing spills and leaks are not an issue.
The AMP's four motors are synchronized with two independent steering motors for precise steering and maximum traction while minimizing turf stress.
The wide profile and low center of gravity help ensure weight is equally distributed over each wheel and maximize the L-100's ability to safely and effectively tackle sloped surfaces.
