Having a good GNSS receiver is key to getting accurate measurements and shaving on-site work time off. With a multi...
Sort by:
Stonex S900+ Network Rover with 1408ch Atlas
$8,799.00
Stonex S900+ Network Rover with 1408ch Atlas S900+ is the result of the continuous evolution of the Stonex GNSS integrated receivers. Featuring a new, high accuracy multi constellation antenna, a...
Stonex S900A-I GNSS Network Rover 800ch Atlas
$8,500.00
S900 is the result of the continuous evolution of the Stonex GNSS integrated receivers. Featuring a new, high accuracy multi constellation antenna, a powerful UHF transmitter and the GSM 4G...
Stonex S990+, Atlas, Hemisphere, Bluetooth, Wi-Fi, UHF Radio, 4G Modem, 1408 channels
$9,999.00
Stonex S990+ is a 1408 Channels GNSS receiver characterized by a new feature that enhance the performances of field surveys. The new IMU System allows tilted measurement (TILT) up to...
Stonex S850+ GPS GNSS Receiver
Stonex S850+ GPS GNSS Receiver Equipped with an advanced 800 channels GNSS board and capable of supporting multiple satellite constellations, including GPS, GLONASS, BEIDOU, GALILEO, QZSS and IRNSS. Stonex S850+...
Helpful Videos
Helpful Articles
Learn and Get Help For All Your GPS/GNSS Needs with Our Helpful Articles
The Stonex S900A is the most popular GNSS Receiver out on the market today. Every land surveyor knows how importa...
You Might Also Like...
Frequently Asked Questions
- What is a GPS/GNSS receiver?
A GPS/GNSS receiver is a device used in surveying and mapping to receive signals from multiple satellites and determine accurate position, velocity, and timing information. - How does a GPS/GNSS receiver work?
GPS/GNSS receivers use signals from satellites to calculate precise positioning data. They receive signals from multiple satellites and use trilateration to determine the receiver's location on Earth. - What are the benefits of using a GPS/GNSS receiver?
GPS/GNSS receivers provide accurate positioning data, improving efficiency, reducing human error, and enhancing the precision of measurements. - What are the different types of GPS/GNSS receivers?
There are various types of GPS/GNSS receivers, including handheld receivers, survey-grade receivers, real-time kinematic (RTK) receivers, and post-processing receivers. Each type has specific features and capabilities suitable for different applications. - Can GPS/GNSS receivers work in all environments?
GPS/GNSS receivers generally work in open-sky environments but may face challenges in obstructed areas. Advanced receivers with multiple satellite system support offer improved performance in challenging conditions. - What accuracy can I expect from GPS/GNSS receivers?
Accuracy varies based on receiver type, antenna quality, and satellite coverage. Survey-grade receivers can achieve centimeter-level accuracy, while consumer-grade receivers offer accuracy in the range of several meters. - Are GPS/GNSS receivers easy to use?
GPS/GNSS receivers have user-friendly interfaces and intuitive controls. However, the complexity of operation may vary based on the receiver's features and functionalities. - Can GPS/GNSS receivers be integrated with other surveying equipment?
Yes, GPS/GNSS receivers can be integrated with other surveying equipment such as total stations and data collectors, enabling seamless data transfer and improved surveying workflows. - How do I choose the right GPS/GNSS receiver for my needs?
Choosing the right GPS/GNSS receiver depends on factors like accuracy needs, application type, budget, and available features. Consider accuracy, compatibility, ease of use, and support services when making a decision. - Do you offer support and training for GPS/GNSS receivers?
Yes, we provide comprehensive support and training for our GPS/GNSS receivers. Our team is available to assist with setup, troubleshooting, and training to ensure you get the most out of your equipment.
- Choosing a selection results in a full page refresh.