Added heel strike area & forefoot area cushion provides extra cushioning for aerobics, tennis, basketball, weight-lifting, running, walking, jogging & in-line skating. Contoured bottom layer of lightweight polymer provides extra shock absorption in the heel & arch areas. Pre-formed heel cup & arch help maintain proper foot position & stabilize the arch.

Added heel strike cushion in the heel to help absorb shock from activities involving repetitive rear foot impact such as jogging, running, and fitness walking. Contoured bottom layer of lightweight polymer provides extra shock absorption in the heel & arch areas. Pre-formed heel cup & arch helps maintain proper foot position & stabilizes the arch.

A full length contoured footbed combining Closed Cell Neoprene with a polyurethane base to cradle the heel and support all arches of the foot. Polyurethane base duplicates the physical properties of human tissue for superior cushioning and energy return.

Made from lightweight, durable Neoprene covered with stretch nylon, laminated to a contoured heel cup and arch support of polyurethane with extra forefoot and heel strike cushioning for special protection. Hiker/Casual Insoles provide a special "heel strike" and forefoot cushioning for walking, hiking, backpacking and other outdoor activities.

A full length contoured footbed combining Closed Cell Neoprene with a polyurethane base to cradle the heel and support the foot. Includes additional padding in the forefoot area. Court/Aerobic Insoles provide an extra layer of cushioning under the forefoot area. This added layer of shock absorbing material helps cushion high flex and low flex impact on the ball of the foot. This may help reduce injuries to the legs and back.

Uniquely patent pending anatomically correct designed gel area that combines both "Closed Cell" Neoprene impregnated with nitrogen bubbles and Polyurethane Elastomeric Gel. The Neoprene is covered with a four-way stretch fabric to help prevent blisters and calluses. This unique cushioning system helps absorb shock, reduce friction and provide long lasting comfort.

The SPENCO® POLYSORB® Gel Heel Cushion is 1/4" thick to allow for greater cushioning and shock absorption at heel strike. Most heel pain is caused by an inflammation of the planter fascia, a muscle attached to the heel bone (commonly called a heel spur) or the surrounding soft tissue. When we designed the POLYSORB® Gel Heel Cushion, we put the gel pad on the inside, where inflammation almost always occurs, to absorb the stress of impact on the sensitive pressure points in the heel. Then we surrounded the gel with neoprene, a material proven to have the highest energy return, to help reduce fatigue from walking. The front edge is tapered so there are no hard ridges to irritate the bottom of the foot.

The neoprene is covered with a four-way stretch fabric to help prevent blisters and calluses. This unique cushioning cushioning system helps absorb shock, reduce friction and provide long lasting comfort. The gel is surrounded with neoprene, a material proven to have the highest energy return, to help reduce fatigue when walking. Metatarsal Pads are tapered to fit comfortably in your shoes. They are available in three (3) sizes: small, medium and large.

The lightest weight SPENCO® Footcare Product fits all type of shoes. Absorbs impact, shock and side-to-side friction.

SPENCO® Footcare Products won't "bottom out", a term used to describe the condition when an insole product has lost all or most of its cushioning or shock absorption properties.

Reduces foot discomfort and arch compression caused by constant pounding. Soft arch cushion absorbs impact, shock and side-to-side friction.

Reduces pressure and relieves pain on the ball of foot from over activity. Lightweight, reduces pressure points for increased comfort and less foot fatigue.

Reduces foot discomfort and arch compression caused by constant pounding. Soft arch cushion absorbs impact, shock and side-to -side friction.

Reduces heel pain caused by plantar fasciitis, Achilles tendonitis or heel spurs. Provides stabilization and cushioning to biochemically position the foot.