LM-300-23 23" Seat Bolt Mount For Yaesu FT-857 FT-7800 FT-7900 FT-8800 FT-8900

This is the 23" version of our LM-300.
This mount can be installed in just a few minutes as long as you have access to the seat rail mount on the passenger or drivers seat. Just loosen the bolt, slide the metal bracket that comes with this mount under the seat rail mount and tighten back down.
The shaft is made of an aluminum rod so you can adjust it to get the perfect view of your Yaesu transceiver.

You can attach our 4 holes amps adapter plate to the remote head bracket that comes with the remote kit from Yaesu. You will need the YSK-7800 for the FT-7800 or FT-7900, the YSK-8900 for the FT-8800 and the FT-8900, and the YSK-857 if you have the FT-857 for this set up to work. Please note these remote brackets are not included with this offer.

PRODUCT FEATURES


  • Strong yet flexible aluminum mount recommended for service vehicles and trucks
  • Compatible with GPS, cameras, and other devices having a 4-Hole AMPS pattern
  • 23-inch gooseneck and swivel ball provide ideal positioning of device
  • 2 year limited warranty

PRODUCT DETAILS


This mounting pedestal is ideal for mobile radio holders, housings, and other devices used by public safety, construction, and utility applications. Formerly an industry standard, the 4-Hole AMPS pattern consists of four holes located in a rectangular pattern spaced at 30.17mm by 38.05mm (measured as the center-to-center distance between holes). The car seat rail mount is made of strong yet flexible aluminum, and is ideal for service vehicles, trucks, or those who need easy access to their devices but prefer mounting them somewhere other than the windshield or dashboard. Use a socket wrench to install the mount to the car’s seat rail. Loosen the passenger seat track bolt, insert the included seat track bolt bracket (2 different brackets are included for various seat rail configurations), and then retighten the bolt. Bend the 28” gooseneck and rotate the swivel ball adapter head for 360-degree rotation for exact positioning of the device.

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