RZT SX54 21.5HP Kawasaki Steering Wheel Zero Turn Lawn Mower



  • $1,654.00

  • Ex Tax:
  • $1,654.00

  • Brand: Cub Cadet
  • Product Code: CB3821755702
  • Availability: In Stock
  • 144

The Cub Cadet RZT SX54 21.5HP Kawasaki Steering Wheel Zero Turn Lawn Mower is a high-performance mower designed for homeowners who want efficiency and precision in lawn care. Powered by a 21.5 horsepower Kawasaki engine, it delivers reliable power for a smooth and powerful mowing experience. The 54-inch cutting deck ensures fast coverage, making it ideal for larger lawns. With the steering wheel control system, it provides ease of maneuverability, allowing you to make tight turns and navigate around obstacles with precision. This zero-turn mower combines comfort, power, and ease of use for a great mowing experience.

Specifications:

  • Engine: 21.5 HP Kawasaki engine

  • Cutting Width: 54 inches

  • Cutting Height: Adjustable (1.5 to 4 inches)

  • Transmission: Hydrostatic

  • Fuel Tank Capacity: 3 gallons

  • Mower Type: Zero-turn lawn mower

  • Deck Type: Reinforced steel cutting deck

  • Wheel Size: Front wheels: 11 inches, Rear wheels: 18 inches

  • Control System: Steering wheel control for precise maneuverability

  • Starting System: Electric start

  • Tractor Compatibility: Ideal for large residential lawns

Warranty:

  • Warranty Duration: 3 years limited warranty

  • Coverage: Covers defects in materials and workmanship under normal use

  • Exclusions: Warranty does not cover damage from misuse, neglect, or normal wear and tear

The Cub Cadet RZT SX54 offers a powerful 21.5 horsepower Kawasaki engine and a 54-inch cutting deck to make lawn maintenance quick and efficient. The zero-turn capability, with steering wheel control, ensures easy navigation around obstacles and tight spaces, providing an exceptional user experience. The mower's durable steel cutting deck ensures a clean and precise cut every time. The 3-year limited warranty offers peace of mind by covering defects in material or workmanship under normal conditions.

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