QuSpot for RUTM52

The QuSpot antenna for Teltonika RUTM52 is a rugged, all-in-one outdoor solution designed to maximize the performance of your mobile router in even the most demanding environments. Engineered for outdoor use, this QuSpot integrates a high-gain LTE antenna, Wi-Fi antennas, and GNSS antenna, all housed in a weather-resistant enclosure (IP67), making it ideal for industrial, transportation, marine, and remote monitoring applications. It supports 2G, 3G, 4G LTE, and 5G NR frequency bands, ensuring broad compatibility and strong signal reception. The directional LTE antennas offer gain levels of up to 7 dBi, while the Wi-Fi antennas operate on 2.4 GHz and 5 GHz bands with up to 6 dBi gain, ensuring optimal local wireless coverage. A dedicated GNSS antenna with 28 dB gain is included for accurate positioning. By integrating all antennas in one unit, QuSpot minimizes signal loss and simplifies installation, enabling faster deployment in off-grid or mobile scenarios.

Designed specifically for use with the Teltonika RUTM52 router, the QuSpot enclosure provides a secure internal compartment for the router, protecting it from weather and environmental conditions while maintaining optimal thermal performance. Installation is easy with standard pole or wall-mounting options, and a single Ethernet cable with Passive PoE (24V) can power the router and provide data connectivity, simplifying cabling requirements. This design reduces the need for long RF cables, which can degrade signal quality, and ensures better overall performance. The enclosure is built from UV-resistant ASA material, suitable for year-round outdoor installation. Whether deployed in smart agriculture, public transport, yachts, or construction sites, the QuSpot for RUTM52 offers a reliable, professional-grade solution for boosting cellular, Wi-Fi, and GNSS performance in a compact, integrated form. With its combination of durability, high-gain antennas, and seamless integration, it's an ideal choice for expanding your Teltonika router's reach and reliability.