E-Lead Design Project

Don't look through the Gap.
Roll down the Guard.

GapGuard utilizes a known retractable mechanism housed in a sleek 3D-printed case to completely eliminate bathroom stall sightlines.

The "Gap" Anxiety

Standard US restroom partitions leave a 0.5 to 1-inch gap between the door and pilaster. This flaw creates uncomfortable visibility, compromising user privacy and dignity.

Zero Visual Privacy

Unintended eye contact from passersby is a primary source of restroom anxiety.

A Universal Flaw

Affects over 80% of public facilities, from universities to airports.

Exposed Gap

"It's just an uncomfortable design flaw we've accepted for too long."

Meet GapGuard

A compact, triangular housing unit that mounts to the door frame. The privacy film rolls out seamlessly to bridge the gap.

Simple Mechanics. Maximum Privacy.

GapGuard replaces expensive door renovations with a simple add-on. The triangular profile is designed to be unobtrusive while housing the retractable mechanism.

Triangular Housing

The 60° angled case fits perfectly against the door frame, deflecting impact and blending into the architecture.

Retractable Action

Like a measuring tape or window shade, the film extends to cover the gap and retracts when not in use (optional spring-loading).

Why Choose GapGuard?

Engineering decisions driven by sustainability and functionality.

PLA Construction

The housing is 3D printed using Polylactic Acid (PLA), a biodegradable thermoplastic derived from renewable resources like corn starch. Lightweight yet durable.

Adaptive Film Testing

We are currently researching the optimal "tape" material. Candidates include vinyl composites and opaque PETG to ensure flexibility, opacity, and tear resistance.

Dynamic Fit

Unlike rigid filler strips, our retractable film adapts to door movement. It rolls out seamlessly from the case, preventing jamming or damage to the door hinges.

The Project Team

Bri

Project Lead

Damian Banuelos

CAD Design

David De Luna

Research & Website

Jordan High

Draws & Manufacturing

Project Roadmap

Our journey from problem identification to final manufacturing.

Problem Identification

Surveyed students, and confirmed the door gap anxiety is a thing.

SEPT 2025

Prototyping (Alpha)

Initial CAD designs and low fidelity prototype presented. Start of the housing unit.

OCT 2025

Material Testing

Selecting optimal film opacity and tensile strength. Comparing Vinyl vs PETG and other materials.

In Progress

Pilot Installation

Presented towards E-Lead and distributing some samples around restrooms for stress testing / feedback.

Jan 2025