Coming Soon

SubVU

Seeing the invisible

Structural health monitoring for hockey sticks.

Get in Touch

Materials speak.
We translate.

A hockey stick fails from the inside. Microcracks form in the carbon fiber, matrix delamination spreads through the layup, and the blade-shaft junction accumulates fatigue, invisibly, across hundreds of shots. By the time it breaks, the damage was done long before the moment.

SubVU puts sensing directly into the tape. Not the stick. The tape. The layer that equipment managers already replace every one to three games becomes the measurement system. We read the signals the structure has always been producing and turn them into one thing: a clear answer on when a stick needs to come out of rotation.

Detects fatigue before failure
Interfaces with tape. No stick modification.
Built on composite structural health monitoring

Got a broken stick?
We want it.

SubVU is collecting used hockey sticks for materials research. We test real failure modes under real conditions -- blades that cracked mid-pass, shafts that snapped on a slap shot, sticks retired after a season of abuse. Your old gear becomes data.

We want sticks that are
Blade-shaft junction cracked or loose
The hosel joint is a primary failure site. Cracked, delaminated, or wobbling is exactly what we study.
Snapped mid-game
Clean breaks, spiral fractures, fiber pullout -- each fracture pattern tells a different structural story.
Collecting dust
No longer played with, sitting in the garage. Any brand, any flex, any age. It has more use left in it -- in a lab.
Upgraded away from
Perfectly functional but replaced. A stick with zero fatigue damage is a valuable baseline reference.
Reach us at contact@subvu.io

Get in touch.

We're in early development and selectively talking to NHL and AHL equipment staff, performance directors, and technical collaborators. If that's you, reach out.

Location
Montréal, Québec, Canada
Status
Stealth Mode -- Est. 2026