Innovation

Innovation

Can a visually impaired skier stand alone

Year

2014

Timeframe

4 weeks

As

Team project, RCA & Imperial College

BRIEF

Visually impaired alpine skiers do not race alone — they race with a sighted guide travelling a few metres ahead, connected by microphone and earpiece. Every turn, every obstacle, every decision depends on verbal instruction from another person. In interviews with Millie Knight, Winter Paralympian and visually impaired alpine skier, one question emerged that framed the entire project: can a visually impaired skier stand alone? The challenge was not just technical. It was about redefining what independence could look like at speed, on snow, for an athlete whose relationship with the slope was mediated entirely through someone else's voice.

Visually impaired alpine skiers do not race alone — they race with a sighted guide travelling a few metres ahead, connected by microphone and earpiece. Every turn, every obstacle, every decision depends on verbal instruction from another person. In interviews with Millie Knight, Winter Paralympian and visually impaired alpine skier, one question emerged that framed the entire project: can a visually impaired skier stand alone? The challenge was not just technical. It was about redefining what independence could look like at speed, on snow, for an athlete whose relationship with the slope was mediated entirely through someone else's voice.

SOLUTION

GLIMPSE is a redesigned safety helmet that gives visually impaired skiers relative position awareness through multi-sensory feedback — combining sound and haptic signals to tell the athlete both where to go and where others around them are. Sound guides the skier through the path ahead; haptic feedback communicates the relative position of other athletes on the slope in real time. The system does not rely on satellite connectivity, ensuring reliable performance in areas where GPS signal is compromised.

The hardware integrates infrared human detection, ultrasonic distance sensing, and Bluetooth beacons, processed and delivered through speaker and vibration modules built into the helmet body. Prototyping was done through iterative 3D-printed forms with embedded electronics, tested against real use conditions.

Beyond individual independence, GLIMPSE opens a larger possibility: multiple visually impaired athletes competing simultaneously on the same track — without guides — creating a new category of Paralympic sport.

Developed as part of a Rio Tinto–sponsored sports innovation programme, and exhibited at Imperial College London.

MY ROLE

  • Athlete research and need-finding:

  • Concept development:

  • Design & hardware implementation:

Discover other projects

Dive into our diverse collection of innovative projects, where creativity meets cutting-edge technology to solve real-world challenges

The right answer begins with a better question

Whether it's a brand, a system, or something harder to name

hojo

Brand strategist and designer working at the intersection of systems thinking, identity, and experience

You can also email me at:

The right answer begins with a better question

Whether it's a brand, a system, or something harder to name

hojo

Brand strategist and designer working at the intersection of systems thinking, identity, and experience

You can also email me at:

The right answer begins with a better question

Whether it's a brand, a system, or something harder to name

hojo

Brand strategist and designer working at the intersection of systems thinking, identity, and experience

You can also email me at:

Menu

Menu

Menu