Segway Navimow X390

$6,999.00

The Navimow X390 is built for large and complex lawns up to 2.5 acres (10,000 m²), combining wire-free convenience with intelligent navigation. With its advanced EFLS 3.0 positioning system and AI-powered obstacle detection, it delivers a highly accurate, hands-off mowing experience, even in challenging environments.

  • Covers lawns up to 2.5 acres (10,000 m²)

  • No perimeter wire required – GPS and VisionFence navigation

  • Handles slopes up to 50%

  • Cutting width: 23.7 cm

  • Adjustable cutting height: 20–70 mm

  • Quiet operation at just 60 dB(A)

  • Fast charging with long runtime

  • Controlled via Navimow app or smart home integration


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The Navimow X390 is built for large and complex lawns up to 2.5 acres (10,000 m²), combining wire-free convenience with intelligent navigation. With its advanced EFLS 3.0 positioning system and AI-powered obstacle detection, it delivers a highly accurate, hands-off mowing experience, even in challenging environments.

  • Covers lawns up to 2.5 acres (10,000 m²)

  • No perimeter wire required – GPS and VisionFence navigation

  • Handles slopes up to 50%

  • Cutting width: 23.7 cm

  • Adjustable cutting height: 20–70 mm

  • Quiet operation at just 60 dB(A)

  • Fast charging with long runtime

  • Controlled via Navimow app or smart home integration


See Product Specs
See Shipping Details

Antenna Mounting Kit
Blade Assembly Plus
Antenna Extension Cable

VisionFence™: ToF Sensor and 300° View for Seamless Navigation

Experience truly intelligent mowing with VisionFence, equipped with 3D front vision, a ToF sensor with a 0.1-2-meter sensory range, and three advanced cameras delivering an impressive 300° sensory field.

Unmatched 50% Slope Max Climbing Capability

The X3 series’ superior design enabled even the most challenging terrain to be handled with ease, including slopes of up to 50%. Equipped with our proprietary Traction Control System (TCS), it precisely controls wheel traction, preventing slippage during high acceleration or on low-traction surfaces, enhancing both safety and stability.