Base Kit Includes:

AS-RAM15PERF25SPKG-19 Carli Tuned King 2.5" Remote Reservoir Coilover Shocks with Stainless Shafts, Res Mount, Rear Piggyback Reservoir
CS-RAM15UCA-09 Upper Control Arms
CS-RAM15-EL-R Rear Sway Bar End Links
CS-RAM15BBL-19 Front Brake Line Kit
CS-RAM15MRC-19-R Rear Coil Springs

And just like that, the 2019+ 1500 Platform is a wrap! It seems like forever ago the process started but we’ve finally come to a close. What felt like 100 different combinations of coilovers, reservoir hoses, front & rear springs, and reservoir mounting combinations culminated into the beautiful symphony of leveled 1/2 ton you see below:

Yup, Leveled! People often question our lift heights asking when we’re going to go bigger – short answer, in the 1500s, I don’t see it happening. Our goal is to optimize the platform’s capability, not challenge it. Going higher requires addressing steering & axles while accommodating larger tires (37s). Addressing steering means it’ll never steer like it did factory again, no matter how you drop/space it – you’ll never match the angles perfectly. The axles introduce more complications possibly requiring knuckles, differential drop brackets etc. all to maintain CV angles. As for the 37″ tires… They’re beasts (most nearly 100lbs/tire). We keep to these on the 2500/3500 for a reason, their front ends can handle it. No matter how high you lift your Ram 1500, you’re still going to be turning the tires with the same tie-rod ends. Sure, we could make better tie-rod ends, drop brackets, etc. as well but that’s getting into the weeds building parts to handle lift height vs. gaining performance and again – we wanted to take this platform, maximize wheel travel within the capability of the factory infrastructure (replace ONLY what’s necessary to optimize performance) and utilize a 35″ tire with minimal trimming. This ensures that every dollar you throw at our system nets performance gain and subsequently, value.

I digress; the front coilovers are, of course, Carli specific. Several limitations and mounting constraints resulted in a coilover that’s NOT adjustable for more lift height. The 600lb rate on which we landed with the spec’d preload provides exactly 2.5″ of front lift on the Hemi, 2″ on the EcoDiesel (non-Rebel). Another 1/2″ turn of the collar will result in coil bind. That said, there’s a decent amount of room to thread the collar back. Conversely, the coil would remain under tension even if the collar were to be backed off to the top-cap (i.e., if a rear-high stance is preferred). The way the coilover comes out of the box is the height at which we recommend running it and to what we tuned; again, 2.5″ of front lift. To the end user, that means these CANNOT be preloaded to make up for lost height if you’re adding weight (large bumper/winch) to the front end of the truck.

When comparing this to the previous generation Ram 1500 Performance 2.5, the 2019 system sees 2″ more down travel stroking a total of 9″ up front with the rear cycling 12″ at the wheel. Same wheel travel overall, BUT, a far more balanced travel stroke as the 2009-18 were starved for droop. This added down-travel makes the Carli Control Arms a MUST; thus, they’re included in the Performance 2.5″ System to avoid topping out on the factory ball-joint upper control arm.

In the rear, we swap in our multi-rate coil spring. This went through several iterations. The 2019+ came with an all new spring that had us back to the drawing board. We wanted a spring that would maximize suspension travel while providing a supple yet predictable ride on and off the pavement. Further, we didn’t want to deviate too far from the factory load capacity. Our rear springs are shot-peened & pre-set for longevity of the coil (it won’t ever sag), then powder coated to ensures the finish quality is as good as the spring’s performance.

This multi-rate coil provided 1 -1/4″ of rear lift on our Hemi test truck and 7/8″ on the EcoDiesel. The initial, softer rate is blocked out at ride height. This is NOT designed to be some super soft on-road rate – think of this as a “tender spring”. We wanted predictability in ride and handling so the truck will run on the 2nd rate unless the rear axle droops (offroad). Further, when loaded, it ensure sag is not exaggerated by initial collapsing of a softer rate. Take it in the dirt and, once the axle droops, the initial rate opens to keep the coil tight to its mounting perches while the extended travel shocks are pushed to the bottom of their longer stroke.