Context
Goalball is a Paralympic team sport for athletes with visual impairments. All players wear blackout eyeshades to equalize vision — but no eyeshade on the market was built for the demands of the sport.
Athletes competing in DIY eyepatches and taped ski goggles
The defensive dive exposes the forehead, nose, and cheekbones, areas current eyeshades leave unprotected
Research
Most goalball impacts occur on the forehead, nose, and cheekbones, where the ball or floor first makes contact. Studies indicate that athletes with visual impairments may be at a higher risk for concussions compared to their sighted counterparts due to challenges in spatial awareness and reaction time (Teodoro, 2024).
Standard eyeshades leave the lower face exposed, offering minimal protection against glancing impacts or ricochets. Many athletes resort to DIY solutions like taped ski goggles that meet blackout requirements but lack sport-specific function.
Athlete Insight
Current regulation standard, Goalfix Eclipse
"The foam on the current regulation goggles is gross. It wears down quickly and harbors tons of bacteria from sweat."
— Calahan Young, Paralympian 2020 & 2024
Young has retinitis pigmentosa, causing substantial peripheral vision loss, night blindness, and color blindness.
Design Intent
Ideation
Brand Identity
Form
Material
Sketches
Initial prototype
The first physical prototype was built to test coverage, fit, and the basic form language. The extended beak gave more facial protection than any regulation eyeshade currently on the market. Side cushioning was too bulky and interfered with fit — that got dialed back in the next iteration. Band attachment also needed rethinking; the angle was pulling the mask away from the face under movement.
Material Innovation
Closed-cell foam vs. carbon microlattice
3D-printed carbon microlattice padding
Carbon microlattice distributes impact force through its 3D geometry rather than compressing into a single plane, rebounding after deformation and maintaining protection across repeated hits.
At 90% open air, it vents heat and moisture instead of trapping it — directly addressing the hygiene and durability issues athletes raised with current regulation gear. Cell density is tunable by zone: stiffer at the forehead and nose, softer at the cheekbones.
The Design
Key Features
3D-Printed Carbon Microlattice Padding: superior impact protection with an open structure for improved breathability over conventional foam.
Enhanced Facial Protection: structured shape and lowered beak design provides increased coverage from direct impacts.
4-Way Stretch Engineered Knit Band: stays secure throughout dynamic movements without restricting comfort or fit.
Worn
AI generated on body renders
Physical prototype