Goko M6 · Stiga A 1500

An industrial-robotics pedigree and a proven multi-sensor navigation approach (VSLAM plus RTK plus IMU) support the engineering claim, but this is RobotPlusPlus’s first consumer product, funded through Kickstarter, with no shipped units yet to test either claim against.

Satellite positioning removes the perimeter wire but moves the constraint to sky view: the included reference station needs an open mounting position, and heavy canopy or a narrow side yard can leave the mower without a usable fix where a buried wire would not have cared.

Cloud dependency for boundary storage and scheduling means service outages disable operation; the robot cannot mow without app connectivity to retrieve saved boundaries.

Buyers needing a mower available for purchase and delivery now

As of this research the M6 has not shipped to any customer; it is in Kickstarter-funded preorder status with a reported October 2026 first-batch date.

Buyers who require independently verified slope performance before purchase

The 90% slope-traversal claim is a manufacturer marketing figure without independent verification.

Buyers who require a documented blade-safety specification

No specific blade-stop-on-lift timing was found; an off-ground alert is documented as part of the anti-theft system rather than as an explicit blade-safety feature.

Properties with no clear-sky mounting point for the reference station

The kit includes a Stiga RTK reference station that has to be mounted with an open view of the sky, and the mower needs its own satellite fix while it works. Dense canopy, deep building shadow, or a lot with no suitable mounting position makes the install harder and leaves patches the machine cannot hold position in.

Owners uncomfortable with smartphone app setup and ongoing connectivity

The Stiga A 1500 pairs with the app over Bluetooth and uses a 4G connection for cloud services, scheduling and alerts. Boundary definition happens in the app. Mechanical-timer or wire-only alternatives suit users who avoid app dependency.

Properties with dense tree cover or building shadows blocking GNSS signals

RTK navigation requires clear sky view. Heavily shaded properties or areas surrounded by tall structures lose satellite signal, causing positioning drift and coverage loss.

Yards with complex multi-zone layouts and no appetite for setup work

Virtual boundaries are drawn manually in the app, and complex geometry needs a careful perimeter walk for each of the up to 10 zones. Stiga documents lift and tilt sensors that cut the blades, plus a rain sensor, app lock and theft alert, but permanent obstacles still have to be mapped as no-go areas rather than discovered.