









Segway Navimow X390E
Product information
Regular price €5,599.00
Description
Segway Navimow X330
The SEGWAY Navimow X390 is a cutting-edge, 100% perimeter wire-free robotic lawn mower designed for lawn areas up to 10,000 m². It is equipped with GPS+RTK technology for ultra-precise mowing without boundary wires. Powered by AI, it intelligently maps your lawn for efficient, perfect cuts. Durable and eco-friendly, it’s designed to make lawn care effortless and sustainable
The X390 is built for extensive lawn areas, easily covering up to 10,000㎡. For larger areas, manage multiple devices via the Navimow app for seamless coordination and efficient, high-precision mowing across even the most extensive properties. Enjoy larger-scale lawn maintenance with precision control and on your schedule.
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Enhanced Efficiency: With ultra-fast charging and increased mowing speed, it operates at twice the efficiency of industry standards, effectively managing lawns ranging from 1,500 to 10,000 square meters.
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Advanced Positioning System: Equipped with EFLS 3.0, which includes RTK coverage, VSLAM, and VIO technologies, it ensures precise positioning and stable performance, even in areas with weak signals.
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Comprehensive Visual Assistance: A 300-degree wide-angle visual system enhances obstacle detection and avoidance, improving navigation across various terrains.
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AI-Powered Obstacle Avoidance: The VisionFence technology utilizes AI for efficient route planning and reliable obstacle avoidance.
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Superior Terrain Handling: It can effortlessly manage slopes up to 50%, ensuring versatility across different landscapes.
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User-Friendly Operation: Features like AI Assist Mapping allow for quick setup without the need for physical boundary wires, simplifying the user experience.
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Comprehensive Anti-Theft Measures: The mower includes advanced theft alarms, GPS tracking, and a compartment for an additional item tracker, enhancing security.
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Real-Time Operational Insights: An integrated screen provides real-time updates on the mower's status, keeping users informed during operation.