Product Introduction
The MT-208 is a four-constellation full-frequency satellite navigation antenna, boasting key characteristics including high gain, miniaturization, high sensitivity, multi-system compatibility, and high reliability—all of which effectively cater to users’ diverse operational needs.
- It adopts a multi-feed-point design and a fully symmetrical antenna structure, resulting in an extremely stable phase center. This design significantly reduces antenna-induced measurement errors, laying a solid foundation for high-precision positioning.
- With high gain and a low standing wave ratio, the antenna delivers outstanding reception performance for low-elevation-angle signals. Even in scenarios with severe signal blockage, it can still reliably acquire satellite signals, ensuring uninterrupted operation.
- Equipped with an anti-multipath choke ring and an anti-surge design, the antenna can effectively suppress strong out-of-band interference signals. This not only enhances signal purity but also guarantees long-term operational reliability in complex electromagnetic environments.
- The antenna housing is crafted from UV-resistant PC material, which not only gives it an elegant appearance but also prevents discoloration during prolonged outdoor use. It further holds an IP67 waterproof rating, along with excellent resistance to high temperatures, sunlight, and UV radiation—making it highly adaptable to harsh outdoor conditions.
Application Area
As a four-constellation full-frequency external UFO-type satellite navigation antenna, the MT-208 fully meets the compatibility requirements of current GNSS measurement equipment and satisfies the demands of high-precision users. It is designed to work seamlessly with a wide range of satellite navigation receivers, ensuring flexible integration into different operational setups.
This antenna finds extensive application across multiple professional fields, including geodetic mapping, waterway surveying, precision agriculture, and marine surveying. Additionally, it can be deployed in military scenarios, provided that the application conditions and relevant requirements are met—further expanding its utility in high-stakes and specialized environments.
Specifications
Product Dimension
