2013 Ford Focus ST EcoBoost H&R Sport Springs | 51664

Aggressive Performance Stance, Better Handling

If you're looking for superb ride quality and handling as well as a more aggressive performance stance for your stock Ford Focus ST EcoBoost, lowering your chassis could be your best bet. Industry-leader H&R offers a line-up of lowering springs that feature far superior control and quality than that of stock, adding a stylish custom look while retaining comfort. Depending on your driving style, this set of (4) Sport Progressive Rate Lowering Springs are an excellent option. Once installed, you'll experience better handling as you speed through those sharp turns without experiencing body roll in the corners and any excessive nose-diving during hard braking will be greatly minimized. There's no question as to why these are one of the most popular Progressive Rate Springs in the suspension industry.

High-Quality Craftsmanship

All H&R products are 100% made in Germany and exceed ISO quality assurance standards. H&R has an established heritage of industry respect and customer confidence due to the quality of their products, the definitive edge they'll give your Focus ST, and the additional benefit of knowing your new springs work right out of the box. This set of (4) high quality springs are designed and manufactured to be strong, resilient and highly durable to avoid setting or sagging.

Focus ST Fitment: this kit will only fit 2013 Focus STs due to a change Ford made in the strut design. Please verify your build date before ordering or call Stage 3 directly at 623-434-5277. However, these springs will fit 2014 to 2018 Focus STs when paired with struts meant for 2013 Focus STs.

Adjusted Stance Specs:

• Front Lowering -- 1.5"
• Rear Lowering -- 1.8"

Installation Notes: A 4-wheel alignment is always required after lowering any vehicle. H&R Camber Adjustment Bolts are recommended to remove any excess negative camber after springs are installed in order to get the right balance, ensure longer tire life, and achieve optimum performance.