IFA 2026: Robot Mowers Gain Arms, Transforming Yard Care from Tool to Ecosystem

At the IFA 2026 trade show in Berlin on September 4, outdoor yard robot exhibitors drew attention with a full-scene product matrix presented by NexLab under the DREAME, MOVA, and NexLawn brands. This year's most notable shift is structural rather than just specs: robot mowers are beginning to gain "arms," and yard devices are moving from single tools to a coordinated ecosystem.

Among the most striking new products was MOVA's AstraX robot mower, which features a self-developed 96-line 3D LiDAR and an arm structure with replaceable tool heads. It can identify obstacles such as stones and toys on the lawn, pick them up and move them away, preventing the machine from getting stuck. By swapping tool heads, it can also perform tasks like picking low-hanging fruit and targeted watering. A quick-release rear module allows seasonal attachments for leaf collection or rolling.

This marks a fundamental change in the positioning of robot mowers. Traditional models only cut grass and could only bypass obstacles or stop. The AstraX, for the first time, gives the machine the ability to "handle" obstacles, not merely avoid them but actively intervene. This embodies what NexLab describes as its end-state concept of an "outdoor yard smart butler."

DREAME's flagship A4 AWD PRO also features an EdgeMaster 4.0 edge-cutting system based on bionic arm technology, enabling zero-centimeter flush trimming. AI recognizes boundaries like walls, fences, and tree trunks in real time and automatically extends and retracts the arm, addressing the chronic problem of needing manual touch-ups on large lawns.

The precision of a robotic arm fundamentally depends on the machine's ability to "see" and interpret its environment. NexLab's MLR-96 LiDAR was another core technological release at IFA. This third-generation digital LiDAR, built on a VCSEL+SPAD dToF platform, operates reliably under intense 100kLux summer sunlight, detects low-reflectivity black objects up to 150 meters away, and can sense objects as close as 10 centimeters.

Outdoor perception is far more challenging than indoor. Direct midday sunlight, tree shade, and low-lying small obstacles all interfere with sensors. NexLab's radar solution also offers anti-crosstalk capability, allowing multiple machines to work simultaneously without signal interference. This brings real-world reliability of robot mowers closer to practical thresholds.

This trend was also confirmed by Navimow H5 Pro, launched by Unilands at IFA. It carries an EFLS triple-fusion positioning system that combines LiDAR, vision, and network RTK, dynamically switching navigation strategies based on the environment. Its EdgeMaestro retractable arm extends 7.7 centimeters and floats flexibly in all directions, adapting to lawns with vertical obstacles or uneven ground.

Another key signal at IFA was the move toward ecosystem integration. NexLab's booth presented not scattered hardware but a complete smart-yard concept: robot mowers handle trimming, irrigation devices handle watering, and devices share a unified yard map to coordinate the entire maintenance routine.

NexLab's product range now covers everything from home to large-scale lawns, from consumer to commercial grades. Its first commercial robot mower, the AURION F115, supports maintenance of up to 60,000 square meters and works with the NexFleet intelligent multi-machine coordination system, which centralizes management of over 30 mowers via the cloud.

The shift from "cutting tool" to "yard butler," and from single-machine operation to multi-machine coordination, marks a structural upgrade in the yard robot sector. As machines gain "hands" and devices learn to "collaborate," the day when users can truly hand over yard work to robots is no longer far off.