Antennas
Designed for wireless communication in rugged applications.
Our selection of antennas is designed to deliver reliable wireless communication in rugged environments, ensuring dependable performance in demanding applications.
These solutions support defense systems, vehicle communication, and infrastructure needs, featuring technologies such as multi-band antennas for seamless connectivity and GPS/GNSS antennas for precise navigation and timing.
Engineered to withstand extreme conditions, these antennas are ideal for military operations, fleet management, and industrial infrastructure. From critical defense operations to connected vehicle networks, each solution is tailored to meet the toughest challenges with exceptional performance.
Automotive Antennas
Get precise and uninterrupted communication with Trimble vehicle-mount antennas.
Built for tough environments, these high-performance antennas provide dependable GNSS, GPS, and RF signal reception for commercial, industrial, and off-road vehicles.
With durable construction and advanced technology, Trimble antennas support accurate navigation, tracking, and data transmission in demanding conditions.
Explore our range of vehicle-mount antennas for stable connectivity on the move.
Embedded Antennas
Optimize wireless connectivity with embedded antennas designed for seamless integration into compact devices.
Ideal for IoT, industrial, and automotive applications, these antennas deliver reliable GNSS, GPS, Wi-Fi, and RF performance while maintaining a small footprint.
Explore our range of high-efficiency embedded antennas for strong and stable connectivity in any application
Rugged Antennas
Rugged antennas are designed for superior performance in extreme conditions, ensuring uninterrupted connectivity where reliability is critical.
Built to withstand harsh weather, vibrations, and mechanical stress, these antennas feature high ingress protection (IP) ratings, corrosion-resistant materials, and wide operating temperature ranges.
Rugged antennas deliver strong signal reception, minimal interference, and long-term durability for mission-critical applications.