Ram Mounts

Design Device mount type Clamp mount Foldable No Mobile device type Mobile phone/Smartphone, Navigator Orientation Vertical Product colour Black Proper use Car/Indoor,...

RAM-B-316-TRA1-NRU is the transducer kit used with the RAM TRA1 series of transducer mounts. It includes the RAP-202-TRA1U transducer base with .5 inch female flex rod. It also includes the RAP-321U...

Introduced in 1995 as part of National Products Inc. (NPI), RAM® Mounts is the leading manufacturer of rugged and versatile mounting solutions for nearly any application and device – including...

The RAM-B-323-AU consists of short double socket arm and (2 QTY) 1" diameter rubber balls, connected to a 1/4"-20 camera thread. The male thread matches most standard camera and camcorder female...

UNPK B HEX BALL ATTACHMENT 1.5-2Inch TORQUE

RAM BASE W/1/4Inch-20 HOLE HEX & 1Inch BALL

The RAM-B-339-A-237U consists of 1" ball base with 1/4"-20 male camera thread, short double socket arm and 2.5" diameter round base with triple magnetic base adapter. The male thread matches most...

The RAM Motorcycle Fork Stem Base is one of the cleanest and most popular solutions for mounting your device cleanly on the center of your bike. This part is designed to fit into the cylindrical bore...

The RAM Motorcycle Fork Stem Base is one of the cleanest and most popular solutions for mounting your device cleanly on the center of your bike. This part is designed to fit into the cylindrical bore...

The RAM-B-345 brake/clutch reservoir cover base fits cleanly over your existing reservoir cover with the 1" ball centered. Made of die cast aluminum with an over molded rubber ball, both form and...

The RAM-B-345U brake/clutch reservoir cover base fits cleanly over your existing reservoir cover with the 1" ball centered. Made of die cast aluminum with an over molded rubber ball, both form and...

The RAM-B-346 base fits cleanly over your existing brake/clutch reservoir cover with the 1" ball offset. Made of die cast aluminum with an over molded rubber ball, both form and function are...