Trimble
Trimble offers a variety of GPS and GNSS antennas tailored to specific applications, signal tracking needs, and budget constraints. Trimble modular GNSS antennas are a future-proof investment, capable of tracking modernized GPS signals, BeiDou, GLONASS, Galileo, MSS (CenterPoint RTX, OmniSTAR), QZSS, and SBAS. The GA830 antenna also supports MSK Beacon signal tracking.
Trimble Solutions for Surveyors and GIS Professionals
Trimble empowers surveyors and GIS professionals with reliable, innovative GNSS solutions tailored to their unique needs. Setting the industry standard, Trimble technologies such as the ProPoint GNSS engine excel in challenging environments, while the Trimble Inertial Platform (TIP) allows for point measurement even when the survey pole is tilted.
Advancing Precise Positioning
Trimble’s GNSS product portfolio continually advances the limits of precise positioning performance, reliability, and availability. Discover how Trimble is leading the industry with cutting-edge solutions in positioning, localization, guidance, and automation.
GNSS Antennas for Construction
We supply a wide range of Trimble accessories, including batteries, chargers, radios, and more, designed for Trimble GNSS receivers, Robotic Total Stations, and Data Collectors. Additionally, we carry select Seco surveying accessories. Our selection of Trimble GPS systems features top-quality products such as the Trimble GPS R10, Trimble R8s, Trimble R1 GNSS receiver, Trimble R2, and other used Trimble GPS equipment. With Trimble GPS systems, you can reliably track satellites and collect data in any condition.
Trimble Inc. is an American technology company specializing in software, hardware, and services. It supports a variety of global industries, including building and construction, agriculture, geospatial, natural resources and utilities, governments, and transportation. Trimble develops advanced hardware for global navigation satellite systems (GNSS) receivers, scanners, total stations, laser rangefinders, unmanned aerial vehicles (UAVs), inertial navigation systems, and software processing tools.
Transforming Tomorrow with Technology
Trimble is committed to enhancing the future by providing innovative solutions that enable customers to measure, build, grow, and move goods more efficiently, contributing to a better quality of life. Its core technologies in positioning, modeling, connectivity, and data analytics bridge the digital and physical worlds, improving productivity, quality, safety, transparency, and sustainability. From specialized products and enterprise lifecycle solutions to industry cloud services, Trimble is revolutionizing critical sectors such as construction, geospatial, agriculture, and transportation, fostering a more interconnected world of work.
Leading Industrial Innovation
Focused on enhancing global productivity, Trimble’s technology ensures jobs are executed with precision and accuracy, facilitating construction, agriculture, and transportation. Since its inception, Trimble has continually expanded its solutions to serve industries worldwide, securing over 2,000 patents for technological advancements. Today, Trimble’s solutions in positioning, modeling, connectivity, and data analytics continue to lead the industry, addressing some of the world’s most complex challenges.
GNSS Antennas
GA830 GNSS Antenna
The Trimble GA830 GNSS Antenna is a general purpose GNSS antenna designed for the marine environment. It can be used for both position and heading applications, and has excellent RTK and Mobile Satellite Services (MSS) performance.
The GA830 is optimized for tracking low elevation satellites and delivering improved signal to noise ratios. With a ruggedized housing and reliable performance, the GA830 is intended for installation on construction barges, pile driving rigs, marine vessels, cranes and other dynamic marine platforms. High rejection RF filtering reduces the effects of Iridium transmissions, which can often be the cause of GNSS signal loss on marine construction vessels.
Key features of the GA830:
Economical GNSS antenna for precision RTK marine applications
Ruggedized housing for marine conditions
Additional high rejection filtering 1614 – 1624 MHz to reduce interference from Iridium transmissions
Capable of using free differential corrections from MSK Beacons and SBAS
Recommended for best MSS reception (includes Fugro Marinestar®, OmniSTAR and CenterPoint RTX)
Comprehensive GNSS support
Robust low-elevation satellite tracking
Zephyr 3 Base
The Trimble Zephyr 3 Base is recommended for all base station applications. This antenna is also suitable as a fixed rover antenna for use in high multi-path environments such as a marine construction barge.
Key features of the Zephyr 3 Base:
Optimized for GNSS base station applications
Comprehensive GNSS support
Robust low-elevation satellite tracking
Large ground plane for best multipath rejection
Sub-millimeter phase center repeatability
Ideal for fixed reference stations and GNSS infrastructure networks
Zephyr 3 Rover
The Trimble Zephyr 3 Rover is a high-performance lightweight GNSS rover antenna optimized for precision RTK applications.
Key features of the Zephyr 3 Rover:
Optimized for GNSS rover applications
Comprehensive GNSS support, including GPS Modernized signals, GLONASS, and Galileo
Robust low-elevation satellite tracking
Minimized multipath
Sub-millimeter phase center repeatability
Zephyr 3 Rugged
The Trimble Zephyr 3 Rugged Antenna is intended for installations subject to high shock and vibration on the job site. Ideal for drilling rigs, marine vessels, cranes and other vehicle applications, it offers precise positioning with sub-millimeter phase center accuracy. High rejection RF filtering reduces the effects of Iridium transmissions, which can often be the cause of GNSS signal loss on marine construction vessels.
Key features of the Zephyr 3 Rugged:
Optimized for GNSS rover applications
Comprehensive GNSS support, including GPS Modernized signals, GLONASS, and Galileo
Robust low-elevation satellite tracking
Minimized multipath
Sub-millimeter phase center repeatability
Additional high rejection filtering 1614 – 1624 MHz to reduce interference from Iridium transmissions
