7 Reasons Why Earphones Are The Worst Thing To Wear As A Rider (and how to fix it)
7 Reasons Why Earphones Are The Worst Thing To Wear As A Rider (and how to fix it)
Every rider's done it. Cold morning, long commute ahead, so you shove your regular earbuds in under the lid because at least you'll have some music. It feels harmless. It isn't — and by the time you get to Reason 7, the science on this is going to genuinely surprise you.
We put this together the way we'd want a mate in the trade to explain it to us: no scaremongering, no brand fluff, just what's actually happening to your ears every time you ride, and what the research says about it.
Reason 1: Your Helmet Isn't the Soundproofing You Think It Is
Most riders assume a helmet is doing more work than it actually is. Independent testing on motorcycle helmets has found that even the best-performing full-face lids only cut wind noise down to around 85 decibels (dB) at 50 km/h — and that climbs to 100 dB or more once you hit motorway speeds. The worst-performing helmets in the same tests let through over 106 dB at 100 km/h.
For context, 80 dB is roughly where hearing damage starts to become possible with prolonged exposure. A helmet alone simply isn't built to solve this — it's built to protect your skull, not your cochlea.
Reason 2: Wind Noise Alone Can Exceed 100 dB
This is the one that catches most riders off guard. It's not the engine that's doing the damage — it's the wind. Research measuring noise at the rider's ear has recorded wind noise reaching as high as 120 dB at 60 mph, with multiple independent studies landing in a similar range: 90 dB at 30 mph, climbing past 110 dB as speed increases.
Wearing regular earbuds does nothing to address this, because they're not designed to attenuate wind turbulence — they're designed to play music into an already-compromised soundscape.
Reason 3: Regular Earbuds Physically Don't Fit Under a Helmet
This one's less about science, more about basic physics. Standard silicone or foam-tipped earbuds — especially anything with a stem, wing, or bulky housing — were never engineered to sit flush inside an ear canal under helmet padding. The result is constant pressure, discomfort, and often earbuds working themselves loose mid-ride, at exactly the moment you can least afford to be fumbling with your ear at 60mph.
Reason 4: They Isolate You From the Sounds That Keep You Alive
Even if you found a pair that fit, standard earbuds have a second, more dangerous problem: they don't discriminate. Music-first earbuds are built to block out ambient noise entirely so your playlist sounds cleaner — which means the siren behind you, the horn from a car in your blind spot, or your riding partner shouting a warning gets blocked out right along with the wind.
This is a genuinely serious safety issue, and it's the exact reason hearing specialists steer riders away from consumer earbuds and toward earplugs specifically engineered for situational awareness — protection that filters out harmful noise while still letting critical sounds through.
Reason 5: The Damage Is Cumulative, Not a One-Off Event
You don't need a single catastrophic loud event to damage your hearing on a bike. Research has found that riding at 74 mph — generating around 98 dB at the ear — can cause measurable hearing damage in as little as seven minutes. Regular riders aren't looking at one seven-minute exposure. They're looking at hundreds of hours a year, ride after ride, compounding.
This kind of repeated exposure leads to something called temporary threshold shift (TTS) — that dulled, underwater feeling in your ears after a long ride. On its own, TTS fades. But repeated TTS, ride after ride, year after year, is how it becomes permanent.
Reason 6: This Is a Real Occupational Hazard, Not a Myth
In most European workplaces, employers are legally required to provide hearing protection once ambient noise exceeds 80 dB. Riders are routinely exposed to noise levels 15-40 dB above that threshold, for hours at a time, with zero legal requirement or built-in protection doing the job for them. If wind noise at your ear were a workplace condition, it would trigger mandatory PPE. On a bike, it's just Tuesday.
Reason 7: The Damage Is Permanent — and This Is the Part That Should Actually Change How You Ride
Here's the science that tends to stop riders in their tracks. The inner ear relies on tiny sensory hair cells to convert sound into signals your brain can interpret. These cells do not regenerate. Once they're damaged by prolonged exposure to noise above 85 dB, that hearing loss is permanent — there is no treatment, no surgery, and no recovery. Riders who dismiss ringing ears or muffled hearing after a ride as "just part of riding" are, in effect, watching irreversible damage happen in real time and mistaking it for normal.
The genuinely good news: none of this is inevitable. Properly designed earplugs — not foam, not consumer earbuds — can bring noise exposure at the ear down to safe levels while still letting the sounds that matter through.
How We Fixed This: Blok. V2
This is exactly the gap Blok. V2 was built to close. Rather than isolating you from the road the way foam plugs or generic noise-cancelling earbuds do, V2 is engineered to reduce harmful wind and engine noise by 36dB while deliberately preserving the sounds you need to ride safely — sirens, horns, traffic, a mate's engine note.
We've genuinely been impressed testing it against the exact problems above: it sits flush and comfortable under full-face, open-face and modular helmets without the pressure points regular earbuds cause, it doesn't work loose over long rides, and — most importantly — it doesn't cut you off from the road the way isolation-style protection does. Available in three tip sizes for a proper seal, and two colourways (black and ivory).
If Reason 7 landed the way it's supposed to, this is the practical next step: protect your hearing without giving up your awareness of the road.
Sources: Wind noise and helmet attenuation data drawn from independent studies including Henry Ford Health System research, ISVR Consulting helmet noise testing, University of Florida motorcycle noise testing, and peer-reviewed audiology research on motorcyclist noise-induced hearing loss.