Introduction

The utility of GNSS technology in robotic mowers has emerged as a way to optimize mowing efficiency and accuracy. Historically, robotic mowers operated autonomously by using the local CORS or self built CORS is of high cost and continuous maintenance input. With ComNav Technology’s current robotic mower solution, it is accessible to benefit from reliable high precision service easily and cost-saving with zero operational input and highly integrated design.

Features

INTELLIGENT GNSS ANTENNA SOLUTION

This is a ready-to-use solution, which can be directly used after being integratedinto the lawn mower robot without any further configuration.
OEM SOLUTION

This is a ready-to-integrate solution, consisting of a main board and a GNSS andLora combination antenna, which is easily adaptable to specific needs, allowing add customized features and integrate with existing software and hardware.

Workflow

Advantage

RELIABLE ACCURACY

Robotic mowers often operate in areas with poor GNSS signal coverage, such as regions withsignificant tree cover or corners. To ensure reliable accuracy in these situations, we employ the U702LoRa data link module to receive correction data.
Maximum flexibility

So far, there are still barriers in using different types of RTK dat aacross regions. The U702 data link module ensuresflexibility in terms of the type of RTK correction data that can be received.
Cost effective

Backed up by years of GNSS technology experience, ComNav has successfully made it more affordable. Firstly, the hardware price is cheaper than traditional solutions.
Improved efficiency

Combining with controller, this high precision solution makes it possible to eliminate the cumbersome installation of boundary wires and random movements. It allows for the generation of a virtual lawn line, route planning.