2025 TORO TITAN 54

2025

76501

New

76501

TORO TITAN,26 HP KOH,54 DECK Toro 76501 TimeCutter® 42" Zero-Turn Mower – Specs Model: Toro 76501 Series: TimeCutter® Type: Residential zero-turn riding mower Deck size: 42 in stamped cutting deck Cutting system: 2-blade side-discharge system Deck construction: Heavy-duty fabricated/stamped steel deck Engine Engine: Briggs & Stratton® EXi V-Twin Horsepower: 22 HP Engine displacement: ~724 cc Fuel type: Gasoline Fuel capacity: 3 gallons Starting system: Electric start Performance Ground speed: Up to 7 mph forward Reverse speed: Up to ~3 mph Height of cut: 1.5" – 4.5" Cutting height adjustment: Foot-assist deck lift system Transmission: Dual hydrostatic transmission Deck & Cutting System 42" cutting width for residential mowing efficiency Side discharge standard Mulch kit and bagger compatibility available Washout port for easier deck cleaning Anti-scalp deck wheels standard Dimensions & Tires Cutting width: 42 in Drive tires: 18" rear turf tires Front caster tires: 11" front caster wheels Compact residential storage footprint Weight & Build Operating weight: ~580–620 lbs Heavy-duty steel frame construction Designed for residential acreage mowing Operator Features High-back seat for comfort Smart Speed® control system for mowing/trimming/towing modes Cup holder standard Easy step-through operator platform Simple control layout for homeowners Key Features Zero-turn maneuverability reduces mowing time Compact 42" deck fits through many residential gates Dual hydro transmission for smooth steering response Comfortable residential mowing platform Great balance of speed, cut quality, and affordability Common Uses Residential lawn mowing Acreage maintenance Yard obstacle maneuvering Faster mowing compared to lawn tractors Homeowner property upkeep Quick Takeaway The Toro 76501 TimeCutter 42" is a homeowner-focused zero-turn mower built for: Faster residential mowing Tight maneuverability around landscaping Comfortable operation on medium-sized properties Easy-to-use zero-turn performance without commercial-level complexity