Free Gift: Mammotion YUKA mini 2 1000 1,000 m²: a robotic lawn mower that does not require a perimeter wire

Product Description

The YUKA Mini 2 1000 is a cordless robotic lawn mower designed for lawns up to 1,000 m² that operates without perimeter wires or physical barriers. The robot uses360° LiDAR + AI vision with ±2 cm positioning accuracy, which allows it to automatically map the area and ensure precise, autonomous mowing without complicated setup.

The robot features AI-based obstacle detection and avoidance, which makes mowing safe and efficient while reducing the need for constant supervision. The YUKA Mini 2 1000 can also operate on slopes, maintaining consistent performance even on uneven lawns.

It is controlled via a mobile app, which allows you to set mowing schedules, manage multiple mowing zones, and monitor the robot’s operation remotely. The YUKA Mini 2 1000 is suitable for private homes and gardens that require autonomous and efficient lawn care without perimeter wires.

Key Benefits

Operates without perimeter wires or physical barriers
AI Vision navigation for automatic mapping of the area
AI-based obstacle detection and route optimization
Control via mobile app — zone and schedule management
Suitable for areas up to 1,000 m²

Product Specifications

Navigation system: 360° LiDAR + AI Vision
Lawn area: 1,000 m²
Maximum number of zones: 10
Maximum climbing ability: 45% (24°)
Battery capacity: 6.1 Ah
Efficiency (mowing area per charge): 100–300 m²
Motor power: 88 W
Cutting width: 190 mm
Cutting height: 20–80 mm
Height adjustment: 50–90 mm
Connectivity: Bluetooth, Wi-Fi, 4G
Water resistance rating: IPX6

Package Contents

YUKA Mini 2 1000 robot
Charging station
Battery
User manual
Accessories for getting started

Usage and Suitability

The YUKA Mini 2 1000 is suitable for private homes and gardens with lawns up to 1, 000 m² that require autonomous and efficient lawn care without perimeter wires. Its precise navigation, AI obstacle detection, and mobile app control ensure convenient mowing without constant supervision.