A no-antenna mower can simplify installation and make more sense where there is no obvious place for an RTK reference station. The tradeoff is that the mower must localize itself through LiDAR, cameras, network positioning, or another architecture.
Product snapshot
Neomow X2
Best for: LiDAR-first navigation and complex layouts
- No RTK base station required
- LiDAR + vision navigation
- Large cutting-height range
- Premium pricing
- Large-yard variants cost materially more
Hookii removes the RTK base-station requirement
Neomow X2 uses LiDAR plus camera sensing, so the installation does not revolve around mounting and positioning an RTK antenna.
No antenna does not mean no setup
You still need mapping, virtual boundaries, charging-station placement, and clean transit routes. The benefit is removing one hardware dependency.
The architecture is most valuable on difficult properties
For a wide-open flat lawn, antenna avoidance may not justify a premium. It matters more when structures or canopy make a clean RTK installation awkward.
How we research robot mowers
We normalize manufacturer specifications around the buying constraints that actually change the decision: recommended mowing area, navigation architecture, slope capability, cutting-height range, obstacle sensing, charging behavior, multi-zone support, warranty, parts availability, and current pricing. We give more weight to property fit than to feature count.
Prices, specifications, firmware, and configuration-driven features can change. Check the current manufacturer page and local requirements before buying or installing equipment.