EMD Auto Adjustable Rear Sway Bar End Link Set - MQB VW/Audi | GTI | Golf R | A3 | S3 (w/o Dust Boots) (NLA)

 

Higher quality end links are a must when upgrading to a stiffer sway bar!

Emmanuele's end links serve two primary purposes:
- Steel body will not flex or break under the load of a stiff sway bar
- Adjustable length allows for removal of pre-load on the bar 

Features include:

US Made FK Rod Ends - Our end links use only the highest quality FK rod ends. By using an oversize M14 rod end, static load rating is over 70,000 N. What this means to you is our end links will take repeated abuse and track time without developing play in the bearing. The rod end also features a Teflon liner, which keeps dirt and contaminants out of the bearing. Do not assume that all rod ends are created equal. One of the primary cost drivers for end links is in the rod ends, and we use only the best available.

CNC Machined Aluminum Bodies - Aluminum bodies are strong and lightweight, resisting deflection under repeated high stress driving.

Stainless Misalignment Spacers - Custom stainless steel misalignment spacers allow more range of motion for the rod end. This allows for full movement without noise or binding.

Adjustable Length - 1.5" of length adjustment allows you to remove any pre-load on the sway bar. With non-adjustable end links, the sway bar can become "loaded", causing uneven ride height height and improper balance between each wheel.

Dust Boots - While the teflon lined bearings already resist contaminants, we add an extra layer of protection with the included dust boots. The function of dust boots is to seal the rod end, ensuring that no dust or road grime can get into the bearing and cause it to wear prematurely. With our included dust boots, you can rest assured that your end links are suitable for even the harshest of environments.

High Quality Hardware - Mounting hardware is included with each end link set. We include class 12.9 corrosion-resistant alloy bolts, along with military-spec jet nuts. Jet nuts utilize an elliptically deformed thread to prevent backing off, ensuring that proper torque is maintained even under extreme load.