RAM Mount 1" Ball Base - Harley & Indian V-Twin
- Free shipping on orders $200+
- 30-day returns policy
- Authorized dealer sourced direct
- Fitment help sales@vtwinbikers.com
Specifications
| BRAND | RAM |
| TYPE | Accessories |
| SKU | 71-7227 |
| PART NUMBER | RAM-B-108BU |
| BALL DIAMETER | 1 inch |
| MATERIAL | Marine-grade aluminum |
| FINISH | Powder-coated |
| HARDWARE | Stainless steel |
| BALL MATERIAL | Nitrile |
| WEIGHT | 0.29 lb |
Fitment
This part is not tied to a single bike. If you are unsure it works on your motorcycle, email us and we confirm before you order.
The RAM Mount 1" Ball Base is a universal mounting base with a 1-inch ball diameter, designed to accept standard RAM accessories. It gives riders a flexible platform for positioning devices such as GPS units, phones, and other accessories on the motorcycle.
The base uses RAM's patented rubber ball and socket design, which isolates vibration to help protect mounted devices. It offers 360-degree adjustability so the mounted accessory can be angled for optimal viewing. Marine-grade aluminum with a powder-coated finish provides durability, and stainless steel hardware and Nitrile balls complete the build.
Riders with Harley-Davidson or Indian V-twin motorcycles can use this base as a foundation for building out their cockpit setup. It is a stable, adjustable starting point for navigation visibility, hands-free communication, or ride footage. The base weighs 0.29 lbs.
Specifications
- Brand: RAM
- Part Number: RAM-B-108BU
- Ball Diameter: 1 inch
- Material: Marine-grade aluminum
- Finish: Powder-coated
- Hardware: Stainless steel
- Ball Material: Nitrile
- Weight: 0.29 lbs
Common questions
What is the ball diameter of this base?
This RAM Mount base has a 1-inch ball diameter, which works with standard RAM accessories.
What is the base made from?
The base is made from marine-grade aluminum with a powder-coated finish, paired with stainless steel hardware and Nitrile balls.
How does the base help with vibration?
It uses RAM's patented rubber ball and socket design, which isolates vibration to help protect mounted devices.
