Adidas | Women’s Solar Glide 5 Running Shoes – Wonder Steel

Advice for Road Runners: The women’s adidas Solar Glide 5 running shoes in the eye-catching Wonder Steel/Silver Metallic/Bliss Lilac colourway brings a supportive feel and adds it to the renowned responsiveness of BOOST cushioning for performance across a range of paces.

Underfoot Feel

The midsole is primarily formed of BOOST cushioning for superb protection and energy return. The soft BOOST foam is surrounded by a firmer EVA foam to create more support and structure. The shoe features a Linear Energy Push system (LEP 2.0) which helps the foot transition smoothly from heel to toe and adds spring and propulsion to toe-off. Highly durable Continental rubber has been added to the outsole to give superb traction, even in wet conditions.

Upper Fit

The circular knit textile upper has been engineered to provide an accommodating fit and to hold the foot and ankle securely. The heel counter has been designed to reduce friction in the Achilles area.

Ideal Run Type

The adidas Solar Glide 5 is an everyday mileage shoe, suitable for punishing training miles while offering fantastic cushioning, support and responsiveness.

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.

Technical Features

• Drop: 10mm
• BOOST midsole foam combined with firmer EVA foam offers excellent protection and support
• Linear Energy Push system (LEP 2.0) aids smooth transition and propulsion at toe-off
• Continental outsole rubber provides superb traction and durability