RAM offers a wide variety of motorcycle mounts. A great new addition to this already extensive product line is our new Twist and Tilt™ base. Made of die cast marine grade aluminum, durability won’t be a concern. The patented rubber ball dampens shock and vibration helping to maintain the performance of the mounted device. Simple to use and install, this great little product is compatible with numerous 1” ball mount systems. Designed to be compact and discrete, the Twist and Turn™ won’t take up a lot of space but will provide a world of mounting possibilities.
The Twist and Tilt™ Mount includes the following male threaded screws:
M10 x 1.25 x 20mm
M10 x 1.25 x 40mm
M8 x 1.25 x 20mm
M8 x 1.25 x 40mm
RAM Mounts is a corporate brand of National Products Inc. (NPI) in Seattle, Washington. NPI offers an adaptable set of manufacturing capabilities with centralized manufacturing, production, and distribution operations. This means you receive the strongest mount available and the most innovative technology.
The rubber ball and socket design offers a secure hold with infinite options and vibration dampening for demanding environments.
Our philosophy is simple—build the best products available. And so our warranty is simple too. If we built it, we guarantee it. We are confident in the quality of our products, and with our warranty, you can be too.
MADE IN AMERICA
We don’t use call-centers, we don’t outsource labor, and we don’t ship opportunities overseas. Our all-American staff designs, manufactures, assembles, and sells our products right here, and ships them straight to you.
Powder Coated Marine Grade Aluminum
1" Rubber Ball "B" Size
Part number reflects product packaged in clear clam shell for store shelf display. It is not suggested, nor is it recommended that users remove any existing stainless steel screw and replace it with the Twist and Tilt RAM Mount base. An example of this would be the handlebar yoke clamp bracket or other vital attachments which hold essential structural components together.
Twist and Tilt™ Installation Instructions