How to Choose the Right GNSS Receiver

GNSS receivers support precise positioning across a wide range of applications, from surveying and agriculture to machine control and robotics. Different tasks, however, have different technical requirements, so it is important to define how the receiver will be used before choosing a device.

What level of accuracy do you need?

Required positioning accuracy is one of the most important factors. General navigation has very different requirements from surveying, stakeout work or precision agricultural applications.

If centimetre-level positioning is required, choose a GNSS solution that supports suitable correction methods and high-precision workflows.

Consider the working environment

Open areas generally provide favourable satellite visibility, while buildings, trees and other obstacles can make positioning more challenging. Receiver performance and support for multiple satellite constellations can therefore be important considerations.

Connectivity and data transfer

Modern GNSS workflows may rely on mobile data, Bluetooth, Wi-Fi or other communication methods. Before purchasing, consider how the receiver will communicate with field controllers, computers and other systems.

Specifications are not the only consideration

Ease of use, battery life, physical design and the available software environment can all have a significant impact on everyday work. A well-chosen GNSS receiver should not only provide the required accuracy but also make fieldwork more efficient.

Think about the complete workflow

When selecting a GNSS receiver, consider more than the receiver itself. Accessories, communication solutions, software and possible future applications may all influence the best choice.

The GNSS RECEIVER product range includes positioning solutions for a variety of professional applications. The best starting point is always the requirements of the job you need to perform.