Element Enduro 12.3" (313mm) wheelbase High Clearance Rear D-links - Delrin/Brass Combo

  • $45.00

Delrin Uppers
Brass Lowers
High Clearance Rear

This is specifically for Element Enduro 12.3" (313mm) Wheelbase. Includes the high clearance Rear Links. 

If you need customer or something different please go here: https://rcaddictparts.com/products/d-links-links-selector-for-all-vehicles

Delrin (1/4") is the lightest and slides the best over rocks, logs, and other trail debris.
Brass (1/4") is the heavy weight, typically used as lower links for good vehicle balance.  It typically slides better then aluminum.

High Clearance Option:
The high clearance option gives you a bend on the rear lower links to help clear obstacles.  You may find on certain vehicles this will leave your drive shaft more exposed to damage.  Some folks will put spacers between the link and rod end to achieve to clock the driveshaft upwards out of the way. 

Rod Ends:

D-links uses the Traxxas revo rod ends with our product. They have proven to be reliable and long lasting.  We do sell replacement rod ends in case you wear yours out. 

Steering tie rod and drag links are available for an extra charge, but due to so many different options for knuckles and steering, you must include your desired link length, measured eye to eye or screw hole to screw hole. We can not be held responsible for incorrect fitment, but we will work with you to get the correct fitment should there be an issue.

Warranty Info:
D-Links are made in the U.S.A.  All D-Links are lifetime guaranteed.  Send in the broken link and receive a brand new one.  We can not guarantee the rod ends as they are a wear item and very between brands.

Q:Why don't we do aluminum?
A: Aluminum tends to grab at rocks and stick to them. It also bends fairly easily, for this reason we don't do aluminum links. If you are wanting light, Delrin will slide better and hold up better then aluminum and is super light. 

Q: Why not stainless, doesn't it weigh the same as brass?
A: Stainless and brass are similar in weight, however we found that brass seems to slide better over obstacles.