-40%

RAM Rectangular 6.25 x 2 inch Marine GPS Mounting System With B-Ball RAM-B-111U

$ 16.36

Availability: 2032 in stock
  • Condition: New
  • Brand: RAM Mounts
  • Compatible Model: Marine GPS CB Radios Ham Radios Gimbal Bracket
  • All returns accepted: Returns Accepted
  • MPN: RAMB111U
  • Compatible Brand: Universal
  • Return shipping will be paid by: Seller
  • Refund will be given as: Money back or replacement (buyer's choice)
  • Item must be returned within: 30 Days

    Description

    Manufacturer Description
    The RAM-B-111 RAM Mount Marine Grade Aluminum Mount, with Screw Down Base, consists of the 1 inch diameter ball and socket system with RAM Universal Rectangular 6.25 x 2 inch Plate. This mount is designed to be a universal mounting solution for large electronic devices, including Marine GPS, CB Radios, Ham Radios and more. The hole pattern found on the rectangular plate will connect to a large variety of third party cradle, gimbal brackets and mounts.
    Rectangular Universal Mount End Plate Design:
    The RAM-B-111B RAM Mount Marine Grade Aluminum Universal Rectangular Plate has a 1.0 inch diameter Rubber Ball connected at right angles to a 6.25 x 2 inch plate. The plate has many different combinations of pre-drilled holes which will match up to many electronic devices and mounts, including Marine GPS, CB Radios, Ham Radios, Gimbal Brackets and more.
    Rectangular Universal Mount Arm Design:
    The RAM-B-201 RAM Mount Marine Grade Aluminum Dual Socket Arm is a 1 inch B size Ball Socket Arm with open socket ends. The arm is 3.0 inches long between socket centers and is finished with a Black Powder Coating. The side of the arm includes a tightening knob which allows you to open and close the socket ends.
    Rectangular Universal Mount Base Design:
    The RAM-B-202 RAM Mount Marine Grade Aluminum Screw Down Plate has a 1.0 inch diameter Rubber Ball connected at right angles to a 2.5 inch diameter Plate. The plate has pre-drilled holes in the base plate, including the universal AMPS hole pattern.