Extremely quiet and emission-free, the all-electric Toro® Greensmaster® eFlex® is built with the automated EZ-Turn™ feature that automatically slows the mower down at the end of a mowing pass and speeds it up again on the return pass without sacrificing quality of cut, resulting in better control and reduced turf damage. The eFlex series offers a 53 cm cutting width (eFlex 2120) and is among the quietest and most efficient walk greens mowers on the market today.
Harnessing the power of lithium-ion battery technology, the eFlex takes electrical efficiency to a new level, allowing operators to mow approximately 4,180 m² (45,000 sq. ft.) of turf on a single charge. The eFlex series is the first line of mowers to offer lithium-ion battery powered technology. Additionally, a convenient LCD display indicates an ongoing battery charge status and also displays useful information such as machine hours and overall battery health. All Toro Greensmaster mowers feature patented dual precision adjustment (DPA) cutting units.
Configuration Options:
Lithium Ion Battery Power provides enough charge to mow up to 4,180 m2 (9 average greens) on a single charge! One battery is designed to last five years and to deliver ample power to cut greens and accommodate key accessories such as groomers and light kits. No CO2 emissions, no toxic waste to dispose of, no liquid levels to monitor, no terminals to clean, no battery pack change outs during the work day, and the worry-free list goes on.
Superior contour following capability utilizes an integrated "Flex" linkage system to allow cutting units to pivot around the center of the front roller to master undulations and prevent side-to-side scrubbing of the putting surface.
Precision manufactured cutting units with minimal adjustments and the proven ability to maintain adjustment for longer periods of time provide superior cutting performance.
Each new Flex walker includes six - easy to configure - clip rate options to accommodate specific cutting heights and playability requirements for every event or desired playing condition. Three color-coded pulleys can quickly be rearranged, with a single wrench, to match your reels and clip rates to achieve the desired result.
The patented EZ-Turn™ feature, if turned on, will automatically slow the unit down when turning at the end of a mowering path and automatically speed the mower up again after a controlled turn on the return pass. Improved control in turns reduces damage to turf, particularly in tight turns near a bunker or hazard, and produces better alignment on the return pass without sacrificing productivity.
The simple and reliable poly-v belt drive design transfers power to the reel and traction drum both when and where it is needed.
Fingertip access to thumb-wheel traction speed controller allows operators to concentrate on mowing instead of reaching for awkward throttle control levers or electronic dials.
The new telescoping handle can be adjusted up or down for enhanced operator comfort and to accommodate tall or short operators.
No grease points means less time spent on routine maintenance tasks and no more worry about grease "blurbs" on your turf.
Noiseless operation means that you can mow whenever you want without bothering nearby residents, golfers, or other bystanders. Quiet operation enables operators to detect when reel malfunctions or potential reel damage occurs which could adversely affect the quality of cut and/or turf health.
The new eFlex includes a safety key switch to insure that the quiet mower is clearly on or off as appropriate. In addition, the LCD indicator display provides ongoing Lithium Ion battery charge status.
The eFlex Battery Management System is comprised of the Lithium Ion Battery, an on-board computer and an advanced battery charger. When the eFlex mower is disconnected from the charger, the on-board electronics monitors the mower to automatically optimise battery life. Similarly, when the unit is plugged into the battery charger, the system automatically detects when the charge is complete and places the mower in an appropriate safe mode based on a number of likely (and unlikely) service scenarios.
