How GFLS Fusion Positioning Works in a Robot Lawn Mower
How GFLS combines RTK, VSLAM and AI vision so a robot lawn mower keeps its position under trees and along walls — and what fusion positioning changes for brands.
Sales Manager
Anna is Sales Manager for SmartMowBot, the export channel of Sunteam Group, working with overseas brand owners and distributors on UNICUT OEM, ODM and private-label programs.
Anna is Sales Manager for SmartMowBot, the export brand of Sunteam Group — a Wuhan-based outdoor power equipment manufacturer founded in 1997 and publicly listed in 2015. She is the first point of contact for overseas brand owners and distributors evaluating the UNICUT robot lawn mower range.
Her day-to-day is the practical middle ground between a buyer’s market requirements and what the factory can build: matching a target lawn size to the right model across the UNICUT range (H5 for 500 m², H3 for 800 m², H3 PRO for 1,200 m², H1 for 1,500 m²), scoping OEM, ODM, private-label and joint-development arrangements, and getting technical questions answered by the engineering team rather than guessed at.
On the SmartMowBot blog, Anna writes about the things buyers ask her on calls — how GFLS fusion positioning combines RTK, VSLAM and AI vision, what boundary-free operation changes about installation, and how to read a spec sheet before committing to a range.
How GFLS combines RTK, VSLAM and AI vision so a robot lawn mower keeps its position under trees and along walls — and what fusion positioning changes for brands.
How to map a virtual boundary, add no-go zones and split a garden into zones on a wire-free robot lawn mower — plus why a mapped boundary can be changed later.