Upgrade your Toyota pickup with the Old Man Emu ARB CS019R rear leaf springs, designed as part of ARB's integrated 4x4 suspension systems to deliver optimal ride performance across various operating conditions. These leaf springs are engineered to improve load capacity, handling, and ride quality, whether for recreational adventures or commercial applications. When paired with Old Man Emu 4x4 shock absorbers, this set provides a significant enhancement in vehicle stability and comfort, making it a reliable choice for demanding off-road terrains or heavy-duty use. The advanced design features multiple spring options to suit different needs, ensuring a perfect fit for your specific setup, and offering a versatile solution to upgrade your vehicle's suspension system.
Constructed with durability and safety in mind, these springs feature a re-greasable nylon interleaf anti-friction pad system that reduces wear and friction at the leaf tips, promoting longevity and smoother operation. The flat axle seat area ensures a secure and positive axle mount, which minimizes stress on the spring and enhances safety during operation. Most rear springs include a two-stage leaf pack that optimizes comfort and load distribution, providing a smoother ride even under heavy loads. The bolted leaf clamps facilitate easy installation of anti-squeak nylon liners, further reducing noise and vibration for a quieter ride.
Manufactured with rigorous quality standards, these springs are load tested and shot peened to reduce internal stress and extend service life. Fully scragged to prevent sagging over time, and featuring a military wrap design for added safety, the ARB / Old Man Emu leaf springs are built to last. The draw-tapered and diamond cut leaves not only enhance strength but also improve the spring's overall performance and durability. Designed to fit Toyota pickups from 1989 through 1994, these springs provide a dependable upgrade to your vehicle's suspension system, ensuring improved off-road capability, load handling, and ride comfort in challenging conditions.
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