RAM® Double Socket Arm with Round Ball Plate - C Size Short

Part#: RAM-103U-B
UPC:793442913167

£35.99 (Incl. VAT)

Ball Base Information

"RAM" Prefix Code

To provide lightweight strength and corrosion resistance, RAM is made of marine grade Aluminium with a black powder coated finish, stainless steel hardware and 'rubber balls' - 'RAM' products are stiffer and stronger than their 'RAP' variants and typically used in more rugged applications.

"RAP" Prefix Code

Many of our 'RAM' products are available in a 'RAP' - composite variant. Our composite 'RAP' products are generally designed for lighter duty applications where keeping the weight of the mount low is a priority.

RAM® BALL SIZES

The weight limits below are a guide only. All factors in a planned mounting configuration should be considered to choose the most suitable ball size.

The most common ball size applications:

B Size - Action Cameras, Phones and Small Tablets
C Size - Medium - Large Tablets in Heavier Duty Applications
D Size - Heavy and Rugged Tablets and Laptops in Commercial Applications

Please check with our technical team for advice.

Currently out of stock, maximum wait time will be 6 weeks. For a more accurate lead time please contact our sales team.

RAM® Double Socket Arm with Round Ball Plate - C Size Short

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Features

2.5" round plate connects to RAM® device holders containing the universal AMPS hole pattern
Includes C size short length double socket arm; ball and socket technology allows for near-infinite adjustability
Made of powder-coated, marine-grade aluminium for durability and reliability in the most demanding environments
Backed by a lifetime warranty

The RAM-103U-B consists of the 1.5" diameter ball and socket system with one open socket end. This mount is designed to be used with any of the RAM mounting bases or cradles with a 1.5" diameter rubber ball. The round base has a 1.5" diameter rubber ball connected at right angles to a 2.5" diameter base. The plate has pre-drilled holes in the base, including the universal AMPS hole pattern.