Coronavirus (COVID-19) Update – We are now processing and dispatching orders again on a daily basis. Due to reduced staff and restrictions that are in place in the UK and worldwide, there may be some delay in receiving your order. We will try our best to get your items sent as fast and safe as possible. If you have any questions please get in touch via email, thank you.

More Views

  • XFR6-2new_1.jpg
  • MT_female_rod_ends_dimenisons_pic_11.jpg
  • MT_FEMALE__20ROD__20END_Chart_11.jpg

Motamec XFR5 Rod End 5/16" UNF Female x 5/16" Bore- Right Hand Thread Rose Joint

Excl. Tax: £9.80 Incl. Tax: £11.76

Availability:In stock


Motamec XM Racing Series Rod End - Heavy Duty - High Performance bearing
Loaded Slot Injection Mold - Chrome-Moly Steel - Heat Treated - Hard Chrome Plated - Teflon®/Kevlar® Self-Lubricating Race

5/16"-24 UNF Female / Right Hand Thread
5/16" Bore Inside diameter
Part No: XFR5

The XM Racing Series Ultra High Performance Rod Ends have a Teflon/Kevlar liner between the ball and the outer race to keep the ball tight in the rod end for a longer period.

The Motamec XM series rod end body is machined with a significant groove going all the way around the interior of the body. The ball is then inserted into the machined slot and a Teflon®/Kevlar® material is injected, serving as a liner to keep dirt and debris out, the Kevlar also lubricates the ball. In addition to providing added strength, the injection moulded race also wont pound out like traditional PTFE (Teflon®) liners, increasing the longevity of your rod ends. The body is heat treated and is made from Chrome Molybdenum for excellent strength and corrosion resistance.  This is simply the best rod end design for most motorsport applications.

BALL:  52100 Bearing Steel - Heat Treated HRC58-64 - Hard Chrome Plated - Precision Ground
RACE:  Injection Moulded Teflon/Kevlar - Reinforced with PTFE - Self-Lubricating - Self-Sealing
BODY:  Chrome Molybdenum - Heat treated - Hard Chrome Plated

Motamec XM Rod ends have thicker body for Increased tensile strength and high radial load capability - Metal to metal support for heavy shock loads
Team Partners