2025 Kress Robotic Lawn Mowers KR236

Information

2025 Kress Robotic Lawn Mowers KR236

Kress RTKn 6-acre robotic lawn mower with OAS (Obstacle Avoidance System)

Redefining precision in lawn care with Kress RTKn technology, the KR236 robotic lawn mower introduces satellite-guided, centimeter-level accuracy without the need for any property-specific stationary antennas. Engineered for expansive landscapes, it manicures areas up to 9 acres with a stripe-perfect finish. Equipped with dual-layer razor sharp blades and obstacle avoidance system, the KR236 operates efficiently under any conditions. Its MAP™ (Mowing Action Plan) and TeamWork™ collaborative technologies provide seamless management of every turf complexity.

Features may include:

  • Centimeter-level accuracy without station antenna in your property
  • Satellite-guided - no perimeter wire installation
  • 35 cm of cutting capacity for efficient coverage of large areas
  • Dual-layer razor-sharp blades for dense and overgrown grass
  • Integrated obstacle avoidance system
  • Multi-zone function with the ability to precisely navigate from one turf area to another
  • Dead reckoning for mowing even undershade (weak satellite signal)
  • Systematic coverage in parallel lines for maximum mowing efficiency

Photos

Highlights

  • Chatham, Ontario
  • 2025
  • Kress
  • Robotic Lawn Mowers KR236
  • Available
  • Cutting: 1.18 - 3.54 in | Cutting Max: 60 mm

Specifications

  • 2025
  • Kress
  • Robotic Lawn Mowers
  • KR236
  • Robotic
  • Front wheels: 2
  • Type: Li-Ion
  • 10 Ah
  • current: 20 A
  • Voltage: 20 V | Battery voltage: 20 V
  • Maximum lawn size: 9 acre | Recommended lawn size: 6 acre | Maximum area (cutting every 72h): 9 acre | Recommend area (cutting every 48h): 6 acre | Mowing speed: 0.8 m/s
  • Perceived: 62 db
  • Maximum slope 40%
  • 13.78 in
  • Cutting: 1.18 - 3.54 in | Cutting Max: 60 mm
  • 46.34 lbs
  • Water protection index (IP code): IPX5 | Display: LCD | Cutting height adjustment: Electronic | Cutting blades: 12 | Cutting methods: Logic | Navigation pattern: Systematic