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2025 Toro GrandStand® Gas Stand-On Mowers 36 in. (91 cm) (79534)

Rough bumps and challenging terrain are all in a day’s work. Feeling them shouldn’t have to be. The Toro GrandStand combines the speed and comfort of a zero-turn rider with the on-and-off ease of a wide area walk-behind — creating a fast, maneuverable and more productive alternative. And now the GrandStand is even better with all-new next generation upgrades that add up to higher productivity, lower maintenance and easier service. This mower has a 15 hp (11 kw) Kawasaki® FS541 engine with a 36 in. (91 cm) TURBO FORCE® deck.

Features may include:

• The revolutionary Flex-Ride operator platform suspension* keeps operators fresh, resulting in less fatigue and higher productivity throughout the day. Best of all, the suspension system is self-compensating for operators of different sizes.

• Foldable operator platform instantly converts the machine to a walk-behind. It easily lowers back down when it’s time to ride, saving time and trailer space.

• The ability to turn easily, get in and out of tight spaces, and quickly get on and off the mower to pick up debris or move obstacles all contribute to less time spent per property. The exceptional visibility of the GrandStand protects the operator, the mower and the property. The operator is better able to steer clear of obstacles, identify upcoming changes in terrain and easily pass beneath overhanging branches.

• High-capacity TURBO FORCE decks deliver unsurpassed strength, a superior cut, and increased productivity in extreme mowing conditions. Equipped with a patented adjustable baffle, TURBO FORCE decks can be fine-tuned in order to conquer changing turf conditions.

• Allows operator to achieve maximum cutting performance by fine-tuning deck to conquer changing conditions, unique job sites or different times of the season. In extreme conditions, the baffle can be opened in order to conserve power and achieve faster mowing speeds. In less demanding conditions, the baffle can be closed to yield micro-sized particles and maximize discharge velocity.