RAM MOUNT : 1 Kugel für zusätzliche Zwischenarme [RAM-B-273U]

RAM Mount Lenkstangenbefestigung mit B-Kugel - RAM-B-231-1U

RAM Mounts RAM-B-272U 9mm Angled Bolt Head Adapter

RAM® Ball Adapter with 2.5 Long 1/4-20 Threaded Stud – RAM Mounts

The RAM Torque bar mount has a 1 rubber ball and accommodates rails 3/8 to 5/8 in diameter. Sizing inserts are included to provide a snug fit and protection of the rail. The mount utilizes nylon-insert locknuts to prevent loosening in high vibration environments. The RAM-B-408-37-62U allows for mounting to scooter mirror rails as well as vehicle headrests and other round rails within the stated dimensions.

Ram Mount Torque 3/8 - 5/8 Mini Rail Base w/ 1 Ball

The RAM-B-252U marine-grade aluminum ball base consists of a 1 rubber ball and 2.25 x 0.875 base with 11mm hole. This part is often used on motorcycles by attaching to the mirror frame. The main brand of bike for the RAM-B-252U is BMW. This part fits well on many handlebar pinchbolts with a washer (base is 5mm thick).

RAM-B-272U Ram Mount Motorcycle Base w/9mm Hole , 1 Ball

RAM Mount Rautenförmige Schraubbefestigung mit B-Kugel - RAM-B-238U

The RAM-101U-B consists of a short double socket arm and two 2.5 diameter round bases with the universal AMPS hole pattern. Designed into the mount is a 1.5 diameter patented rubber ball and socket system with adjustment points at both socket ends of the arm. Rubber ball and socket technology allows for almost infinite adjustment and perfect viewing angles. High quality materials insure your device is safe, secure, and within easy reach.

Ram Mount 1.5 Ball Mount w/Short Double Socket Arm & 2/2.5 Round

RAM Mounts Verbindungsarm kurz (ca. 60 mm) - für B-Kugeln (1 Zoll)

Connect another device to your existing RAM Mount with the RAM-B-273U Ball Base Adapter. This ball is made up of a 1 inch ball connecting to a 1/4 inch-20 threaded stud with a length of 1.6 inch. The threads on this ball replace the bolt in any B-size socket arm, and the ball connects to the middle of the socket arm on the opposite side of the tightening knob.