Jeep Gladiator JT 3.6L AEV 3in High Capacity Coil Springs

SKU: AEVNJT21502AA
Price
$598
2 in stock and ready for shipping
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Vehicle Fitment

2019-2024 Jeep Gladiator JT 3.6L

Install Instructions
Warning: California Residents

WARNING: Cancer and Reproductive Harm -www.p65warnings.ca.gov

Jeep Gladiator JT 3.6L AEV 3in High Capacity Coil Springs Info & Specs

AEV 3? High Capacity Coil Springs are a direct fit upgrade for Gladiator customers with an AEV 2.5? DualSport Suspension System already installed on their vehicle. Developed with the true overland enthusiast in mind, these frequency-tuned, progressive rate coil springs provide the increased load carrying capacity necessary for heavily loaded vehicles, while still offering the exceptional ride quality, handling and off-road articulation that AEV is known for.
  • Standard Load Coil Springs are optimized for an AEV-spec Gladiator with typical gear inside. This means the ideal ride height, handling and overall performance will be achieved on a vehicle with steel bumpers, winch, full-size spare and recovery gear (+0-400 lbs. over factory weight).
  • High Capacity Coil Springs are specifically designed for overland enthusiasts who have a fully outfitted vehicle that is also consistently loaded with heavier gear (+400-700 lbs.), such as bed rack/tent combinations or in-bed campers.
While these coil springs will work for a lighter weight vehicle, customers should be aware that it will sit higher than advertised and have a slightly stiffer ride – not excessively harsh or intolerable, but also not nearly as pleasant for daily use as a vehicle within our target weight range.

AEV High Capacity coil springs are engine specific and only sold as a complete set of front/rear springs in order to preserve the optimal vehicle handling dynamics that our DualSport suspensions provide.

Note: Exceeding GVWR (Gross Vehicle Weight Rating) and/or RGAWR (Rear Gross Axle Weight Rating) will cause changes in the vehicle’s braking, steering and overall handling performance. AEV never recommends exceeding GVWR/RGAWR.