Glossary

August 03, 2026
RTK GNSS Accuracy: Real-World Factors and Verification Tests
When a robotic mower follows a lawn edge accurately on one pass but drifts toward a flower bed on the next, the problem is rarely the RTK specification alone. Trees, walls, antenna placement, and an unstable correction l…
August 03, 2026
RTK GNSS Meaning: How Accuracy, Corrections, and Setup Work Together
You may see RTK GNSS listed on a robotic mower, drone, survey receiver, or mapping tool and assume the acronym alone guarantees precise positioning. In practice, performance also depends on sky visibility, correction ava…
August 03, 2026
vSLAM vs LiDAR: What’s the Key Difference?
Two robots can follow the same lawn edge very differently: one may track it cleanly in daylight, while the other stays steadier under trees or near plain walls. This is a common source of confusion when vSLAM vs LiDAR ap…
July 16, 2026
What Is VSLAM? A Practical Guide to Camera-Based Robot Navigation
A robot does not understand your garden the way you do. When it moves through narrow passages, shaded corners, or around obstacles, it is constantly building a map while trying to stay oriented in real time. That is wher…
July 16, 2026
GPS RTK GNSS: Precision Positioning Explained Simply — Tips
GPS alone often feels precise—until you look closer. A device can show a position that seems stable on screen but still shift enough to miss a curb, drift across a driveway, or create inconsistencies in mapping and autom…