Exmark Lazer Z X-Series 60 In. Zero Turn Mower

With options to meet the needs of the most demanding landscape maintenance professionals, our top-rated Exmark Lazer Z X-Series zero-turn mowers represent the state-of-the-art in commercial mowers. Cutting deck options include our massive 96-inch UltraCut Flex Wing cutting deck and select models equipped with our exclusive cut quality enhancing Adapt Technology. Choose from rugged commercial-grade engines, including high-efficiency Electronic Fuel Injection (EFI) options equipped with our exclusive EGov and RED Technology, which can boost fuel efficiency by up to 41%. Lazer Z X-Series zero-turn mower models are available with UltraCut Series 6 decks in 52-, 60-, and 72-inch cutting widths, with or without Adapt Technology, or the 96-inch UltraCut Flex-Wing rear discharge cutting deck. Regardless of the combination you choose for your Exmark Lazer Z zero-turn mower, you’ll ride in unmatched comfort thanks to our full-suspension seating system and smooth, easy-to-use controls that offer precision maneuverability. And from a long-term value standpoint, nothing beats the Exmark Lazer Z X-Series mower. It's the perfect combination of power, productivity, and durability. That's why it's our top-of-the-line gasoline-powered mower and should be at the top of your list.

Features:

• UltraCut Series 6 Deck- This full-floating deck uses double-row bearings with a splined blade driver to stop bolt tightening on impacts. And, our patented bearing design on idler arm pivots only needs annual service. (96" Flex Wing Deck is a rear discharge deck.)
• A New Level of Comfort- Comfort increases productivity. That’s why we designed a new, ergonomically advanced seat system featuring our exclusive Iso-Mount Seat Isolation System.
• Patented RED Technology- Enabling communication and response between key systems on your mower with defined operation modes, system monitoring and clutch saver features.
• Productivity- Higher ground speeds with 16cc drive system and more power with larger engine displacements for improved productivity.