Roborock RockNeo Q2 LiDAR · TerraMow V1000

Dropping the RTK antenna removes a setup step, but positioning now rests entirely on LiDAR and cameras that no independent test has yet run on a real lawn.

Roborock footnotes its own edge claim: 3 cm is the hardware distance, and actual results depend on software it says will be refined by firmware updates.

Skipping the trench buys back a weekend of setup labor and hands boundary accuracy to a camera reading a fence line in changing light.

Wired’s review documents inconsistent boundary recognition near obstacles, because a single-camera vision system has no wire signal to fall back on when lighting or contrast is poor.

Single-review evidence base: TerraMow’s field record outside one publication’s short testing window is effectively unestablished.

Lawns larger than roughly a fifth of an acre

IFA coverage reports an 800 square meter rating. A quarter-acre lot is about 1,012 square meters, so larger properties sit outside the stated working area.

Buyers who need a mower before next mowing season

Roborock has announced no ship date, price or retail partner for the Q2 LiDAR, and says availability details come at market launch.

Owners who want a boundary-wire installation

The design has no wire mode. Boundaries come from AI mapping in the app, so a wire-guided setup is not an option on this machine.

Households wanting a camera-free outdoor robot

Navigation depends on an RGB camera and a second camera alongside LiDAR, and Roborock has not yet published what imagery or map data leaves the yard.

Buyers who require a buried-wire boundary option

The V1000 is built around camera-based, wire-free boundary mapping; no documented buried-wire fallback mode exists for owners who prefer or require trenched cable, per manufacturer description.

Yards over about 0.3 acre

Manufacturer-rated coverage tops out at roughly 1,200 sq m (about 0.3 acre); larger or more complex lots exceed the documented capacity.

Slopes beyond 18 degrees, or heavily shaded terrain

Manufacturer specifications cap the rated operating slope at 18 degrees (about 32.5% grade); low-light navigation behavior is undocumented, per class-level behavior of similar camera-guided systems.

Buyers needing a multi-year reliability track record

TerraMow is a newer entrant to consumer robot mowers; no long-term owner-reported failure history or independent longevity testing exists for the V1000 yet, beyond one published review's short testing window.

Night or low-light mowing schedules

Camera-based navigation systems as a class depend on adequate lighting; no specific low-light or dusk performance claim for the V1000 was located in available sources.