That’s it.

Use a plastic bottle suitable for freezing, leaving room for the water to expand. Freeze it and keep it ready for after work.

When you get home, sit in a stable chair and gently roll it beneath your foot, with a thin sock or towel protecting your skin.

Health services include this technique in advice for plantar heel pain. It may offer temporary comfort; it isn’t a cure for every kind of foot pain. [1]

It brings two familiar ideas together.

There’s no complicated routine and no expensive gadget. Just a few quiet minutes after a working day.

Keep the pressure gentle. More pressure isn’t the goal.

1. 1

   Freeze

   Prepare a suitable plastic water bottle. Leave space for expansion before freezing.

2. 2

   Sit

   Use a stable chair. Put a thin sock or towel between your skin and the bottle.

3. 3

   Roll

   Gently roll beneath the arch and heel. Start with around 5 minutes; don’t exceed 10.

Stay seated. Don’t stand on the bottle.

Stop if it hurts, your skin changes color, or you notice tingling or numbness. [1] [2]

The bottle may feel soothing at 9 p.m.

But tomorrow you’ll head back to the same floor, in the same shoes, with the same liner underfoot.

The bottle is something you use after the working day is over.

It doesn’t change the fit, shape or cushioning inside the shoes you wore during the hours before it.

After-work comfort and during-work comfort are two different things to think about.

In a laboratory study of 12 healthy men, peak vertical force during walking increased from about 1 to 1.5 times body weight as speed increased. [3]

For someone weighing 200 pounds, that works out to roughly 200 to 300 pounds of peak force on one foot.

It’s a study-based illustration, rather than a fixed number for every person or every step.

It does give you a reason to pay attention to what you’re walking on all day.

Here’s the part nobody tells you.

The liner that came in your shoes is a flat slab of foam.

Every step squeezes it.

And foam that gets squeezed thousands of times a day doesn’t bounce all the way back.

By hour 6, it’s flatter.

By hour 9, there’s almost nothing left between your heel and the floor.

That’s why new shoes don’t fix it.

Pricier shoes don’t either.

The shoe isn’t the problem.

The flat foam inside it is.

The bottle is something you use after the working day is over. It doesn’t change the fit, shape or cushioning inside the shoes you wore during the hours before it.

It’s called the Naprelle Cloud Gel Insole.

And the reason it works is the shape of the gel inside it.

Instead of a flat slab, the gel in the heel is formed into a honeycomb, rows of small cells side by side.

It’s the same pattern used anywhere something has to take weight over and over without collapsing.

When your heel comes down, the cells flex and spread the hit across the whole grid, instead of letting it punch straight through to your heel.

In testing, Naprelle’s honeycomb gel absorbed 56% more shock than Dr Scholls Ultra workers Insoles.^*

Then the honeycomb gets backup:

• Side arch support on top, so your arch isn’t carrying the load alone.
• Memory foam underneath, with a U-shaped heel that cradles the back and sides of your heel.

Here’s how that lines up with everything above.

• Every step lands on honeycomb gel that flexes and spreads the hit, not a flat liner that’s already been crushed.
• The contoured layers put more of your foot in contact with the insole, so the pressure spreads out instead of piling up in your heel and the ball of your foot.
• You keep the shoes you already own. You just swap out the removable liner.

Here’s the memory foam that backs it up.

Naprelle is made for compatible work boots, sneakers and everyday shoes with enough room for an insert.

Choose your regular size. If you’re between sizes, size up and trim carefully along the guide lines. Compare with your removable liner, and check the fit before trimming more.

Freezer bottle at night. Honeycomb gel during the shift.

Your shoe should still feel roomy enough for your foot.