Give the Gift of ChoiceClick below to purchase a St. Laurent Shopping Centre eGift Card that can be used at participating retailers at St. Laurent Shopping Centre.Purchase Here
Hitfar RAM Double Socket Arm with Diamond Plate - B Size - Medium Arm | St. Laurent Shopping Centre
*Product information and pricing may vary - to confirm current pricing, availability, shipping, and return information please contact Tbooth wireless. In the event of a pricing discrepancy, the retailer's price will apply.
The RAM® Double Socket Arm features a diamond Plate and will accept a 1” ball bases for a secure fit with many viewing angles.
The RAM-103-238U consists of a diamond base and standard length double socket arm that will accept 1" ball bases. The diamond base measures 2.43" x 1.31" and contain two holes 1.912" from center to center, positioned at both ends of the diamond base. The hole pattern found on the diamond base will connect to many RAM cradles, as well as third party cradles including mounts with the industry standard AMPS hole pattern. Designed into the mount is a 1" diameter patented rubber ball and socket system with adjustment points at both ends of the socket arm; this with a twist of the arm knob allows for you to maneuver the mount to your optimum viewing position.
The RAM® Double Socket Arm features a diamond Plate and will accept a 1” ball bases for a secure fit with many viewing angles.
The RAM-103-238U consists of a diamond base and standard length double socket arm that will accept 1" ball bases. The diamond base measures 2.43" x 1.31" and contain two holes 1.912" from center to center, positioned at both ends of the diamond base. The hole pattern found on the diamond base will connect to many RAM cradles, as well as third party cradles including mounts with the industry standard AMPS hole pattern. Designed into the mount is a 1" diameter patented rubber ball and socket system with adjustment points at both ends of the socket arm; this with a twist of the arm knob allows for you to maneuver the mount to your optimum viewing position.