Quad Lock® Motorcycle - Vibration Dampener

Quad Lock® Motorcycle - Vibration Dampener

The level of vibration from some motorcycles can affect the image stabilisation on new smartphones. The Quad Lock Vibration Dampener ensures you can confidently mount your smartphone to any motorcycle.

FURTHER PROTECT YOUR SMARTPHONE

Compatible with all Quad Lock Motorcycle Mounts and Quad Lock Motorcycle Accessories, the Quad Lock Vibration Dampener reduces over 90% of high frequency vibrations produced by motorcycles.

PRECISION ENGINEERED

Featuring a dual chassis suspension system with precision engineered silicone grommets, the Vibration Dampener absorbs vibrations to protect your smartphone’s camera.

EASY TO INSTALL

The Quad Lock Vibration Dampener comes with everything you need to integrate with your existing Quad Lock Motorcycle Mount and can be installed in minutes.

WHAT'S INCLUDED?

The Quad Lock Vibration Dampener comes with everything you need to integrate with your existing Quad Lock Motorcycle Mount and Motorcycle USB Charger.

Included with the Vibration Dampener is:

• 1 x Vibration Dampener
• 1 x Allen (Hex) Key
• 1 x M5x12 Countersunk Screw (contained within Vibration Dampener)
• Confidence to protect your smartphone's camera as you ride

TECH SPECS

The Quad Lock Vibration Dampener features a dual chassis suspension system with precision engineered silicone grommets to absorb vibrations and protect your smartphone

• Compatible with all Quad Lock Motorcycle Mounts and Motorcycle USB Charger
• Secure integration with Quad Lock Motorcycle Mounts for same secure lock in portrait or landscape mode
• Glass filled nylon (upper and lower chassis)
• Precision engineered silicone dampening grommets
• Height 23mm and Width 60.3mm

HOW IT WORKS

The Vibration Dampener protects your smartphone's camera from high frequency vibrations. The silicone grommets used absorb the vibrations and are specifically tuned to dampen at higher frequency vibrations (vibration danger zone), which is why you may notice more movement in the lower frequencies.