RAM® Mounts Motorcycle Brake/Clutch Reservoir Base without Hardware (RAM-B-309-7NHU)

RAM® Mounts Motorcycle Brake/Clutch Reservoir Ball Base Without Hardware (RAM-B-309-7NHU)

The RAM® Mounts Motorcycle Brake/Clutch Reservoir Ball Base Without Hardware (RAM-B-309-7NHU) is a compact and durable mounting solution designed to provide a secure attachment point for RAM® device mounting systems on motorcycles. Featuring the industry-leading B Size 1" RAM® rubber ball, this reservoir mounting base allows riders to create a customized mounting setup for smartphones, GPS units, action cameras, communication devices, and other accessories.

Manufactured from premium marine-grade aluminum, the RAM-B-309-7NHU is engineered to withstand harsh riding environments, including exposure to vibration, weather, and long-term outdoor use. Its low-profile design integrates seamlessly with compatible motorcycle brake and clutch reservoir mounting locations, creating a clean and professional installation without taking up valuable handlebar space.

Key Features

• Motorcycle Reservoir Mount Base: Designed for brake and clutch reservoir mounting applications.
• B Size 1" Rubber Ball: Compatible with all RAM® B-size double socket arms and accessories.
• Space-Saving Design: Creates a clean and organized motorcycle cockpit setup.
• Universal RAM® Compatibility: Works with a wide range of RAM® cradles, holders, and mounting systems.
• Vibration Dampening Technology: RAM® rubber ball helps absorb shock and reduce vibration.
• Heavy-Duty Construction: Made from durable marine-grade aluminum.
• Corrosion Resistant Finish: Built for long-lasting performance in all weather conditions.
• Lightweight Design: Adds minimal weight while providing maximum strength.
• Ideal for Custom Installations: Perfect for riders building a personalized RAM® mounting system.
• Lifetime Warranty: Backed by RAM® Mounts' renowned lifetime warranty.

Product Highlights

• Designed for Motorcycle Brake Reservoir Mounting
• Suitable for Motorcycle Clutch Reservoir Applications
• Compatible with RAM® B-Size Mounting Components
• Supports Smartphones, GPS Devices, Cameras, and More
• Professional Low-Profile Installation
• Excellent Vibration Isolation and Stability
• Ideal for Touring, Adventure, Cruiser, and Sport Motorcycles

Technical Specifications

• Product Model: RAM-B-309-7NHU
• Mount Type: Motorcycle Brake/Clutch Reservoir Ball Base
• Ball Size: B Size (1")
• Standard Load Capacity: 2 lbs (0.91 kg)
• Heavy-Duty Load Capacity: 1 lb (0.45 kg)
• Material: Marine-Grade Aluminum
• Finish: Powder-Coated
• Packaging Type: Poly Bag
• Product Weight: 0.13 lb
• Hardware Included: No Hardware Included

Compatible Applications

• Motorcycle Phone Mount Systems
• Motorcycle GPS Navigation Mounts
• Action Camera Mounting Solutions
• Adventure Touring Setups
• Cruiser Motorcycle Accessories
• Sport Bike Device Mounting
• Communication Device Holders
• Custom Motorcycle Cockpit Configurations

Package Contents

• 1 × RAM® Motorcycle Brake/Clutch Reservoir Ball Base
• Hardware Not Included

Benefits of RAM® Ball and Socket Technology

• Near-Infinite Viewing Adjustability
• Fast Device Positioning and Repositioning
• Superior Shock and Vibration Reduction
• Secure Device Retention
• Modular Expansion Capability
• Compatible with Thousands of RAM® Mount Components

Why Choose the RAM® Brake/Clutch Reservoir Ball Base?

The RAM-B-309-7NHU provides a secure mounting location directly on your motorcycle's brake or clutch reservoir, making it an excellent alternative to handlebar-mounted systems. Its compact footprint helps maintain a clean cockpit appearance while keeping devices conveniently positioned within the rider's line of sight.

The integrated B-size rubber ball serves as the foundation of the RAM® mounting ecosystem, allowing riders to connect a variety of RAM® double socket arms, phone holders, GPS cradles, camera mounts, and other accessories. Whether you're navigating long-distance tours or daily commuting routes, this mounting base delivers reliable performance and flexibility.