Brooks | Women’s Adrenaline GTS 22 Running Shoes – Navy

Advice for Road Runners: The Adrenaline GTS 22 from Brooks in the Navy/ Yucca/Pink colourway offers support through the GuideRails Holistic Support System. This system effectively shifts the focus beyond the feet and onto the knees and is designed to keep you moving comfortably by minimising excess movement. You can forget about distractions and concentrate on improving your run. A new DNA LOFT midsole provides even softer cushioning than before without losing responsiveness and durability. Transition from heel to toe-off is smoothed by the combination of the softer one-piece midsole and a Segmented Crash Pad.

The Adrenaline GTS 22 is ideal for runners who are looking for a protective yet responsive feel underfoot, with a smoother and softer feel than the previous version of this much-loved shoe. For runners with broader feet, the Adrenaline GTS 22 is also available in a wide fit.

Shoe size is a personal preference and everyone’s feet are different, but we want to ensure you avoid any pain or discomfort from bruised toenails, rubbing, blistering or pins and needles. Your running shoes should have enough width to allow you to spread your toes and should have some space at the front (we recommend having a half to one thumb’s width of space from the end of your longest toe to the front of your running shoes). This usually means that your running shoe will be at least a half size bigger than your regular shoe size though this can vary from brand to brand.

Brooks Run Happy Promise: Take your Brooks gear for a 90-day trial run. Put it through its paces and sweat in it as much as you want. If you are not 100% satisfied, return it to us for free.

Technical Features

• Approximate weight: 258 grams
• Drop: 12mm
• Softer cushioning is provided by the DNA LOFT midsole without compromising responsiveness and durability
• GuideRails Holistic Support System keeps you moving comfortably by keeping excess movement in check
• Revised upper with 3D Fit Print technology provides structure while adapting to the natural movements of the foot