In summary:
- Tech Advisor reports that Husqvarna is launching three new AI-powered robotic lawnmowers featuring camera vision technology that eliminates the need for boundary wires.
- The Aspire R6V, 308V, and 312V models are priced from £999 to £1,499 and can handle lawns from 600 to 1,200 square meters with slopes up to 40%.
- These European-manufactured mowers offer real-time obstacle detection and app-based control, with availability expected in spring 2026.
This spring, Husqvarna is introducing three robotic lawnmowers that use cameras and AI-based vision technology to detect obstacles and navigate without a boundary wire. The models will be launched ahead of the 2026 gardening season and will be manufactured in Europe.
Husqvarna
The technology allows the mowers to recognise objects in real time and continue working even where the satellite signal is weak. Installation is wireless and requires Wi-Fi coverage over the lawn. Control, schedules and area division are managed via the Automower Connect app, and the products automatically return to the charging station.
Husqvarna
The three models are designed for different lawn sizes: the Automower Aspire R6V for up to 600 square metres, the Automower 308V for up to 800 square metres and the Automower 312V for up to 1,200 square metres. All models are cordless, can handle slopes of up to 40 per cent and have Wi-Fi and Bluetooth connectivity with selectable cutting patterns.
The Automower Aspire R6V (from £999), the Automower 308V (from £1,249) and the Automower 312V (from £1,499) will be available in spring 2026. You can see them on the Husqvarna site.
This article originally appeared on our sister publication M3 and was translated and adapted from Swedish.
Author: Andreas Bergsman, Contributor, Tech Advisor
Andreas is our Swedish sister site M3's Test Editor, and he typically covers sound, smart home and automotive. He is passionate about new technology and is always testing new headphones, speakers, cleaning robots and air purifiers... except when he's out on the roads testing a new electric car.