SEATING THREAD...
SQUACHACERS™ MODTOES — PATENT-PENDING Reserve early access
SquachAcers™ · Modular Footwear

Removable.
Modular.
Yours.

A threaded post lives in the sole. A module twists on, locks flush, and holds. No exposed hardware, no glue, no permanent build — just a mechanism, sized to your foot.

Reserve early access See how it locks in →
FIELD TEST MODTOES · BLACK / GRAY
MODTOES sandal on a riverbank, modules seated between the toes, wet stone shoreline in the background
Riverside prototype test Modules seated, on foot
The mechanism

One post. One twist. Locked.

MODTOES module comparison: deployed posts raised between toes on the left, retracted flush with the sole on the right
Deployed vs. flush
MODTOES slide with modules retracted flush with the sole, studio shot with calipers and leather swatches
Flush — walk mode
Three views of the MODTOES module system: a close-up of modules seated between the toes, a sole with the module storage tray showing red, blue, and clear inserts, and the sandal worn on a rocky riverbank
Module close-up · sizing tray · on foot
01

Post, embedded

A medical-grade stainless threaded post sits in the sole, fully wrapped in silicone. Nothing metal touches skin.

02

Module, aligned

Each module carries a hex insert sized to the post. Set it against the threads — there's one way it seats.

03

Deployed or flush

Twist to raise a module between the toes, or twist it back down flush with the sole. Same sandal, two states.

What makes it real

Not a gimmick sole. A filed mechanism.

PATENT-PENDING

Utility application, filed

A non-provisional utility application covers the indexed forefoot grid and the interchangeable threaded module system.

MATERIALS

Silicone-wrapped stainless

The post is medical-grade stainless steel, fully sleeved in silicone. The module body is molded TPU. Nothing sharp is ever exposed.

FIT ON PURPOSE

Placement, not guesswork

Modules index to a grid built for how a forefoot actually loads — not a single stock arrangement bolted onto any sandal.

MODTOES module sizing set showing multiple module shapes and sizes staged on the sole grid
Modules come in a sized set — swap for fit, not a single stock shape
Inside the lab

Concepts we explored on the way here.

Before landing on the MODTOES post-and-module system, we ran parallel studies on spacer geometry. Shown here for transparency — these are concept renders, not the shipping design.

Early concept render of a sole with four rounded toe-spacer pegs
Spacer geometry study
Side angle of the toe-spacer peg concept render
Peg profile, side view
Studio render of rounded toe-spacer pegs on a sole
Rounded peg variant
Founding supporter

Reserve early access.

First run is small on purpose. One email when pairs are ready to ship — no drip sequence, no fake countdown.

One email, when there's a real production run. Built in Quincy, Florida.

You're on the list. We'll write when it's real.

Where it stands

Pre-launch. Patent-pending. In prototype trials.

Status

Pre-launch — first production run is intentionally small.

Patent

Patent-pending — non-provisional utility application filed, USPTO.

Prototype

Currently in prototype trials with early testers.

Honest note: we're not shipping next week, and we're not faking urgency either. This list exists for when there's a real production run to ship — nothing before that.
Workbench shot of MODTOES sole prototypes being cut and fitted with modules during development
On the bench — sole cuts and module fit tests
3D-printed MODTOES mechanical prototype line-art render showing the post and module layout
Mechanism prototype — CAD reference