OME CS151R HD Dakar Leaf Springs for 2005-2021 Frontier Suzuki Equator 1.5”+ rear lift

Description
OME CS151R HD Dakar Leaf Springs for 2005-2021 Frontier Suzuki Equator 1.5”+ rear lift

OME CS151R HD Dakar Leaf Springs for 2005, 2006, 2007, 2008, 2009, 2010, 2011, 2012, 2013, 2014, 2015, 2016, 2017, 2018, 2019, 2020, 2021 Frontier Suzuki Equator 1.5”+ rear lift

OME CS151R
Fits 2005 and up Frontier and Suzuki Equator
Priced as a pair:
(2) OME CS151R Dakar Leaf Springs
*Choose bushing kit in drop down below
SB99 For use with stock or lift shackles
SB100 For use with OME GS15 shackles only

Add OME GS15 Greasable Shackles To Your Order Below

Heavy load (880lb) 1.5″ lift complete rear springs priced as a pair
*Will give more lift height without extra weight*
**Requires new U bolts, Add in drop down below**

OME Dakar leaf springs feature:

• Draw Tapered & Diamond Cut Leaves: Ensure the load is progressively distributed over a larger surface area, reducing the high stresses that develop at leaf ends. This provides increased ride quality and protection against leaf breakage, significantly increasing the spring life.
• Bolt Clamps & Liners: The leaf clamps are bolted to allow installation of anti squeak nylon liners.
• Fully Scragged & Load Tested: Scragging ensures the spring takes a permanent ‘set’ which reduces the risk of sagging. Load testing ensures the spring meets the required specification.
• Graphite Coating: To further reduce the friction between the spring leaves & friction pads.
• Military Wrap: Designed to provide added safety.
• Anti Friction Pads: Regreasable nylon interleaf liners reduce friction at the leaf tips where the load is the greatest.
• Flat Axle Seat Area: Allows a positive, safe axle mount reducing spring stress & increasing spring life.
• Shot Peening: The tension side of all leaves is shot peened to reduce spring stress. This process can double the life of a spring.
• Two-stage Leaf Pack: Featured on most rear springs for optimum comfort. When unladen the vehicle is largely riding on the primary stage, with the secondary stage providing additional support when a heavy load is added.