"Talk to me Goose..."
Deaf Racing Driver Caleb McDuff Brings Race-Proven Communication Technology to Aviation
When you’re traveling at racing speed, clear communication isn’t optional, it’s critical.
For racing driver Caleb McDuff, who is deaf and uses cochlear implants, that challenge came with an added layer. Standard radio systems were not reliable enough inside the car, particularly in high-noise, high-pressure environments where clear, immediate communication is essential.
So a solution had to be built.
Working from their base in Wales, Caleb’s father Ian engineered a bespoke communication system that links the car’s radio directly into Caleb’s cochlear implants. Rather than relying on traditional audio output through speakers, the system delivers a clean, direct signal, allowing Caleb to receive clear, consistent instructions from his pit crew without interference.
The result is seamless two-way communication at racing speeds. Something conventional radio headsets could not achieve.
“This started as something we needed to make racing work, but we quickly realised it could go much further. If this works in aviation, it opens up real possibilities for people who rely on clear communication in high-pressure environments”
– Caleb McDuff
What began as a motorsport solution quickly revealed something bigger. The same challenges faced in the race car exist in other environments where radio communication is essential, including aviation, where clarity and reliability are critical for both safety and performance.
Adapting Motorsport Technology for Aviation
Recognising this, the team approached Aerobility, a UK organisation specialising in accessible flight training, to explore whether the system could be adapted for use in aircraft. Aerobility immediately saw the potential.
The organisation provided a pilot headset, which has now been modified so that aircraft radio communication can feed directly into Caleb’s cochlear implant system, using the same principles proven on the race track, but adapted for the demands of an aviation environment.
Following simulator testing, the next step is live testing in an aviation environment.
If successful, this development could open up clearer, more reliable communication for cochlear implant users not only in motorsport and aviation, but across a wide range of industries where effective two-way radio communication is critical, from emergency services to industrial environments.
What started as a solution built out of necessity on a Welsh race track may now have far-reaching impact well beyond it.
“It wasn’t about reinventing everything, it was about solving a very specific problem properly. Once we saw how well it worked in the car, it became obvious the same approach could be used in other environments like aviation.”
– Ian McDuff
Further updates will follow as testing moves on to live aviation trials