Engineering

Built for pickleball. Not adapted from something else.

Every layer, compound, and curve in HeelBase Drive and Apex was designed around one sport. Here is how it works.

Patent pending · HeelBase Drive + Apex

Anatomy · Patent pending

HeelBase insole anatomy
01 Lateral cage
02 EVA+ foam core
03 Arch guidance
04 Court-grip heel

Three layers. One purpose: keep you under the ball.

01

Lateral cage

Glass-fibre spine wraps the midfoot to resist rollover on shuffle-steps and split-step recoveries.

02

EVA+ foam core

Dual-density: softer heel for impact absorption, firmer forefoot for push-off stability.

03

Arch guidance

Contoured support helps spread pressure through the arch, keeping the foot better aligned during quick stops and direction changes.

04

Court-grip heel

Rubber cup locks your heel over the sockliner — reduces the lateral slide most court shoes allow.

Layer by layer

Four systems working as one

Each layer solves a specific problem created by pickleball's unique movement demands. None of them exist in a generic insole.

Lateral cage · Glass-fibre
01

Lateral cage

Glass-fibre lateral spine

Pickleball's shuffle steps and split-step recoveries generate repeated lateral force that standard insoles were never designed to resist. The glass-fibre spine wraps the midfoot from arch to heel, stiffening the insole laterally while allowing normal flex in the sagittal plane. Less rollover. More ground contact. Better energy return on every change of direction.

EVA+ core · Dual density
02

EVA+ foam core

Dual-density construction

A single foam density cannot serve both heel-strike absorption and forefoot push-off stability at the same time. HeelBase uses two distinct zones: a softer compound under the heel absorbs the impact of step landings, while a firmer forefoot zone resists compression during explosive drives and net approaches.

Arch guidance · Contoured
03

Arch guidance system

Contoured pressure distribution

Plantar fasciitis is driven partly by under-supported arch loading across repeated cycles. The HeelBase arch profile spreads load across a wider foot surface area, reducing peak pressure on the plantar fascia attachment point at the heel. The geometry follows clinical guidelines for orthotic support in heel pain management.

Heel cup · Rubber lock
04

Court-grip heel cup

Anti-slide rubber heel lock

Most court shoes allow the foot to micro-slide inside the shoe during lateral loading, transferring shear force to the soft tissue of the heel. The HeelBase rubber heel cup grips the shoe's sockliner directly, reducing internal foot movement. Less slide means fewer micro-impacts and a more stable platform for every shot.

In motion

Watch HeelBase in action

Court testing footage, material breakdowns, and our development story. Coming soon.

HeelBase insoles · Product film
Foot orthoses are recommended as part of a multi-modal approach to heel pain, including load management and structured stretching.

What the research says

Science as a design constraint, not a marketing claim

The 2023 heel pain clinical practice guideline supports a combined approach: load management, stretching, and foot orthoses where appropriate. Every design decision in HeelBase follows that same support-first principle, applied specifically to the lateral load profile of competitive pickleball.

Research review session

HeelBase is a support product. It is not a medical device and does not replace clinical evaluation or treatment.

Specification

Engineered to a precise standard

180gper pairTotal weight
3.1mmforefootCradle depth
0daysBreak-in time
2density zonesEVA+ compound
Built for how you actually play

Ready to feel the differenceon the court?

Experience the technology that goes into the HeelBase insoles, specifically built to help you play pickleball more comfortably.

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