Laird 3/4 Thru-Hole NMO Mount w/ 17' RG-58/U (MB8UB)
- Brand: Laird Connectivity
- P\N: MB8UB
- UPC: 646444294324
Description
Description
Laird 3/4 Thru-Hole NMO Mount w/ 17' RG-58/U (MB8UB)
Key Features and Benefits
Experience superior connectivity with the Laird 3/4 Thru-Hole NMO Mount. This high-quality mount is designed for use with Motorola style antennas, offering a reliable and efficient solution for your communication needs.
- 78 Rockwell Hardness Brass Construction: This mount is made of 78 Rockwell Hardness brass, ensuring the highest level of corrosion resistance possible.
- Gold-Plated Contacts: The gold-plated contacts guarantee the best power transfer available, enhancing the performance of your antenna.
- Silver Soldered Ground Lug: The mount features a silver soldered ground lug and contact, virtually eliminating RF noise or static for clear and uninterrupted communication.
- 17' RG-58/U Cable Included: The mount comes with a 17' RG-58/U cable, providing you with everything you need for a quick and efficient setup.
- Designed for 3/4" Thru-Holes: This mount is specifically made for 3/4" thru-holes, ensuring a perfect fit and secure installation.
Technical Specifications
The Laird 3/4 Thru-Hole NMO Mount is a product of Laird Connectivity, a trusted name in the industry. It comes with a 17' RG-58/U cable, but does not include a connector. The mount is designed for 3/4" thru-holes and is made of 78 Rockwell Hardness brass for maximum corrosion resistance. The gold-plated contacts and silver soldered ground lug and contact ensure the best power transfer and minimal RF noise or static.
Experience the difference that quality makes with the Laird 3/4 Thru-Hole NMO Mount. With its superior construction and thoughtful design, this mount offers a reliable and efficient solution for your communication needs. Don't settle for less - choose Laird Connectivity for your antenna mounting needs.
Upgrade your communication setup today with the Laird 3/4 Thru-Hole NMO Mount. Click 'Add to Cart' now for a seamless and efficient connectivity experience.