Walking Shoes – What You Need to Know

Your walking sneakers need to deliver both, support and cushioning, or you will pay the consequences with all kinds of pains and aches.

A fitness specialist’s advice on the best way best to shop for the ideal pair!

Ever since walking became the fitness center, researchers all around the world have labored to make shoes that can protect and pamper the feet of walkers.

The most recent gym shoes boast of high tech, toe-tickling, sole-snapping creations such as energy yield methods, gasoline- or silicon-fitted shock absorbers, acupressure massagers, liner which wick away moisture and warmth, hidden passages which circulate atmosphere from head to toe, back reflective stripes for nighttime walking, inflatable pumps to personalize the match, all in a overwhelming collection of substances straight from NASA.

You might not want – or need – all these add-ons. Nonetheless, there are particular minimal characteristics and attributes you have to look for in an exercise shoe so as to reap optimal benefits from the walking programme.

Following Is a bottomline manual from Dominic D’Silva, Sports Medicine Consultant and Orthopedic Surgeon.

Use the principle of the thumb. There ought to be a distance as big as the thumb between the tip of your toe and the end of your shoe. Your shoe needs to flex whenever your foot flexes so as to keep the spring into your step.

Do not go by producers’ sizes.

The soles are shock absorbers, so must be light, firm and flexible. You should be able to bend the sole easily just in front of the tongue so that your fore-foot can propel you each time you hit the ground. Heavy walkers need thicker and more shock-absorbent soles.

The sole has three layers:

1. An outer-sole which should be water-resistant and wear-resistant as these qualities determine the durability of the shoe. It should provide traction and protect.

2. A mid-sole which can be shock-absorbent. The advantages of using air cushions as shock absorbers over more conventional materials still remain to be scientifically proved. (Remember, walking shoes have thinner mid-soles than running shoes.)

3. An in-sole, which is a detachable layer and should be firm, pliant and absorbent in order to prevent pressure effects like corns and blisters. The arch cushion gives extra support to the arch and may be part of the in-sole. Inadequate soles can cause corns and blisters.


The toe area must accommodate the natural spread of your foot while you walk. Make sure that you can wriggle your toes easily and that they can point up to 45 degrees.

Inadequate toe room can crowd the toes together and lead to deformities like hammer toes which may need surgical correction.


The lower the heels, the better the distribution of body weight on the feet. Higher heels cause more weight to be borne by the toes and the fore-feet – and can cause calluses and corns.

A heel-cushion should be 1/2 to 3/4 inch thick. A too-thin cushion won’t protect you. A too-thick one will distort your stride. If your thumbnail sinks easily into the heel portion, it’s too soft and your legs will tire easily as though you were walking on squashy sand.

Inadequate heel cushioning can cause excessive friction on the Achilles’ tendon, together with following bursitis and tendinitis. A heel wedge worn in the shoe 10 to 15 mm top is suggested for individuals with Achilles’ tendinitis.

A heel cup or counter wraps around the heels and stabilizes the foot. It should be snug but not tight, and needs to be made from rigid material that stinks very little if you push it so your foot won’t roll out with each step you take. The heel cup must operate at least twenty five the period of the shoe to the toe on either side.

Inadequate heel pumps could lead to instability of their back toes, causing the heels to roll up on effect that might contribute to heel pain (plantar fasciitis or bursitis in the rear of the heels)