The difference between panic and control on a descent, it's a single mental switch. Just relax isn't going to fix your problems. Old voice like look through the corner definitely not going to fix your problems because the fix it was never in cycling.
The fix was in Formula 1. Scientists put racing car drivers brains into scanners. And what they found, these guys have the same panic signal as you and me do, but they've learned to override that panic signal.
And that override is one you can copy, which is really cool. I've had like 1,200 plus episodes now on the Roadman podcast and I've had the best coaches, sports scientists in cycling. And I can tell you the gap between someone that's a newbie who's white knuckling it down in the scent at like 25 km an hour and it's super clunky and somebody who's flown through switchbacks at 70, 80, 90 km an hour.
It's not bravery. It's a specific neurological switch and I'm going to show you today how to turn that switch on. But first, why is your brain sabotaging you?
Right. So, let's start with what's actually happening when you crest the top of a climb and the road starts to tip downwards and something in your chest tightens up. You know that feeling the palms a little bit sweatier because I think most of us have felt this at some point when you're away on a warm weather ve vacation and it's an unknown descent.
That moment where speed starts to build, the corners start coming faster and faster. Suddenly, your hands are like dead gripping the brake levers. Here's what's actually going on neurologically during all this.
Your amygdala, that's that almond shaped cluster of neurons deep inside your brain. This is constantly scanning for threats. It's been doing this since before humans could walk upright.
And it operates on a very simple principle. When it detects something that looks like a threat, it triggers your fight or flight response before your conscious mind even gets a vote in this whole process. Your heart rate spikes, your muscles tense up, your vision narrows.
This isn't a choice. This is your brain's emergency broadcast system. Now, in the context of descending, the amigdula is responding to real inputs.
None of this is imagined. Speed is increasing. The ground starts to rush past.
Visual information is arriving faster than your brain can comfortably process it. The angle of the road surface is even changing and critically unfamiliarity. It's also unfamiliar because the amydala is essentially a pattern matching machine and when it can't match what it's seeing to a known safe outcome, it defaults to warning, danger, danger.
And this is the key insight that changes absolutely everything. Your fear of descending is not irrational. It's not a personality flaw.
It's not because you're quote unquote not brave enough. It's because your brain literally doesn't have enough stored patterns to recognize the situation as safe. Your amydala is doing exactly what it's supposed to do.
It's protecting you from a novel situation where the outcome is uncertain. Now, if the amydala is one side of a client, on the other side of this, we have another quite sciency sounding term, but stay with me. And this is the medial preffrontal cortex.
This is the counterbalance to the amydala. Researchers from the University of Helsinki and labs studying fear extinction has consistently shown that prefrontal cortex can inhibit the amydala's fear response. It can essentially turn down the volume on that alarm system.
But, and this is crucial, it can only do so when it has data. It can't do it blindly. It needs to have patterns.
when it has a library of ah I've been here before and I know what happens that's really good. So when a cycling coach tells you hey just relax they're essentially asking your prefrontal cortex to override your amydala without giving it any information or ammunition to do so. It's like putting somebody in the middle of a horror scene and telling them to calm down if it's a horror movie but you've never told them that it's just a film.
You need to have evidence. You need to have patterns. And this is where the other sports that involve high-speed cornering and just high speeds in general have figured this out like decades before cycling.
Cycling it's lagging behind in this research as usual. So let me take you into the world of motorsport for a minute because what they understand about cornering expertise is profoundly relevant to what we do on the bike. There's a researcher called Otto Lape in the University of Helsinki who spent years studying the cognitive processes of professional racing car drivers and one of his most important findings is this.
At the expert level, cornering is not a visual routine. It's not just see the corner, turn the wheel. For racing experts, the line through the corner is based on what Lappy calls general principles underlying pattern recognition, memory, and action selection.
I know that sounds like a mouthful. But the experts have what amounts to a deep detailed survey knowledge of every type of corner. And when they approach a new corner, their brain isn't working from scratch.
What it does is it goes into this library and it's referencing this massive internal library of similar situations. So let me put that into cycling terms for a second. Who's the greatest ascender of all time?
I'd actually be interested to know in the comments who you think is the best ascender of all time. To my mind, it's Vincenzo Nebbley. So when Vincenzo Nebi is descending like yeah as I said one of the greatest descenders in history when he drops into her hairin at like 70 kilometers an hour his brain isn't processing the corner in real time the way your brain or my brain might process the corner.
his prefrontal cortex is pulling from thousands and thousands of stored cornering patterns or data points and it's saying like the internal dialogue is probably like you know the racing car driver has this voice in his head going into a corner. His internal dialogue is probably something similar to this. Okay, we're to send them.
We know exactly what's going on here. Radius left-hander late apex. The road surfaces rough on the inside.
Wait on the outside pedal. Braking's done. Commit.
Now all of that happens below conscious awareness. That's why he looks so calm. It's not that he's the bravest man in the world.
He has a lot of data. Now, in motorsport training, they have a specific methodology for building this library. And this is very relevant to you.
If you don't have this library, which if you're like me or most people watching, you need to work on building this. This is the part I find fascinating because it maps directly into what we should be doing on bikes. In racing car development, a much discussed goal is becoming what they call smooth or progressive in operating the controls.
And the way they train this is through deliberate iterative practice. That's worth repeating. Deliberate iterative practice.
The driver is told, and I'm quoting directly from the co coaching literature here, intentionally turn into corners later than you think you should and late apex at first. The idea is to start from a lion choice that's almost certainly wrong, but is definitely safe. And you will start to iterate to work towards faster and riskier lines.
That's the opposite, if we're honest, of what most cyclists do. Most cyclists fall into two categories. They either avoid descents entirely, or they throw themselves into a descent at full speed, get scared, grab the brakes, have a close call, and that reinforces the fear and becomes this not so virtuous cycle.
Need your approach builds this library we're talking about. Alpine ski racing does something really similar. What they do actually adds a critical layer to helping us as cyclists.
Researchers studying expert versus novice slalom skiers found something remarkable about where the eyes go. The expert skiers were consistently looking at the second gate ahead of them, not the one directly in front of them. The novice skiers were looking at the snow surface immediately in front of their body.
same course but a completely different visual strategy. Here's the neuroscience behind it. The experts have built enough pattern recognition that they didn't need to consciously process the immediate obstacle.
Their peripheral vision handled the immediate the immediate obstacle and that freed their central vision to look further down the track to anticipate to plan. The noviceses didn't have that same pattern library. So their brains demanded that all visual attention be focused immediately on the ground that immediate threat.
Now, take a second and think, does this sound familiar? Because when I look at especially newbie cyclists, that's exactly what's happened when I see a nervous descender. They stare at the road like 2 feet in front of their wheel.
So, they're constantly getting this road rushing past. It's pretty overwhelming actually. Instead of looking like through the corner and down the road, a few weeks ago, Angelo Poli of MetPro joined us on an episode.
It was episode 1231, five tips to speed up your metabolism. And the response to that episode was absolutely huge. Some of the biggest response we've had to a podcast all year.
A lot of you reached out with DMs and questions and feedback. So MetPro on the back of this has joined us as a show sponsor. If you missed that episode, I'll link it in the show notes down below.
Now, if you're watching this, you already train smart. You've dialed in your workouts, your power numbers, maybe even your recovery protocols. You're tracking intervals.
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co m. I'm going to leave that link in the description down below. The more patterns your brain recognizes, the faster and more automatic your physical response becomes, and this is the key, the faster your response becomes, the less your amydala needs to worry about intervening because that prefrontal cortex is handling absolutely everything.
And this is your brain's fear off switch. As I said at the outset, it's not one thing, it's a threshold. Once your pattern library is rich enough and varied enough, the prefrontal cortex has enough data to override the amydala's alarm system and descending shifts from this terror where I'm white knuckling it to that vincenzo neebly flow.
I always think of this like music and I'm going down. That's the flow. That's what we're looking to get to.
So the question is how do you build that library? All right, let's get really practical for a second because I want to give you a genuine framework that you can go and implement to build this skill set. The first part, and this might sound obvious, but what's that expression?
Common sense isn't that common. It's the equipment audit. Before you work on a single corner, you need to eliminate rational fears.
Because here's the thing, some of the fear you feel descending, it's completely justified. If your brake pads are worn, if your tires are dodgy, if your bike hasn't been serviced in like 18 months, your amydala has a right to be screaming at you. Mental performance coach Neil Edge, who runs a specific four-week program for athletes who fear descending, says his very first step is always a thorough bike check.
Brakes, tires, headset, wheel truness. You can't build confidence on top of legitimate mechanical fears or concerns. So, step one is make sure your equipment deserves your trust.
The second step is what we call the single descent protocol. This comes directly from what every high-speed sport does and it's been validated by coaches across multiple disciplines. You pick just one descent one.
Pick a descent you can access regularly close to your home. Ideally one with a mix of corner types, some open sweepers, maybe a tight hairpin, some straits in between. And I want you to ride it repeatedly.
The first few times you ride it, ride it conservatively. Break early. Take wide lines, nothing too aggressive.
Stay well within your comfort zone. You're not trying to go fast. You're letting your brain catalog the road, the surface, the camber, where the drainage gullies are, where the gravel collects.
Each repetition, your brain is literally building a richer map of that specific environment. And this is identical to what racing drivers do when they don't know a track and they're trying to learn it for the first time. The initial laps, if you even watch like the best in the world, Max Versstappen, the initial laps aren't about speed.
They're about building what researchers call survey knowledge. And that's a detailed spatial map that the brain can then reference at higher speeds. Only after many laps do they start to push the limits.
And here's the motorsport principle that you should steal directly. Start with a safe line. Start with the late apex and iteratively work towards a faster line each time.
On each repetition, you're not trying to be heroic. You're trying to take a slightly more aggressive line. You're trying to break a fraction later, apex a fraction tighter, carry a fraction more speed through that one specific corner.
I'm talking small incremental gains that your brain can absorb and store. Next onto the third phase, and this is this is the visual upgrade phase. We're trying to remember that ski racing research we talked about earlier on.
Expert ski racers, they look further ahead, further down the track when noviceses fixate on immediately what's in front of them. You need to deliberately train your eyes. And the coaching cue that works best for this is look at the exit of the corner, not the entry.
Where you look is where the bike goes. And this isn't just a cliche. This is literally how your visual system works.
Your body follows your eyes. Emma Pulley, one of the best female bike riders of all time. She transfer, she transformed herself from someone who I would say self- admittedly was quite a nervous descender early in her career to someone who was very competent into professional pelaton.
And I heard her talking or was like an interview in a magazine, I can't remember, but the gist of it is she was saying lean the bike into the corner. Don't try to turn the handlebars when cornering. focus your attention on the end of the corner.
And that focus on the exit that does two things simultaneously. It programs your line through the corner and it gives your brain more time to process what's coming next. You're buying yourself like a couple of milliseconds because you're looking further ahead.
It's like you get a preview of what's coming. And those milliseconds, they're what allow your prefrontal cortex to stay ahead of your amydala. It just has a little bit more reaction time.
I want to give you a specific drill that you can do. So find that single descent, pick one corner, and on the approach, consciously force your eyes to that exit point before you begin turning. It's going to feel super weird, awkward, and unnatural.
Your brain will want to look at the road directly in front of you because it doesn't trust the situation, and that's fine, but just keep redirecting your gaze to the exit. Over repetitions, this is going to become automatic. And once it becomes automatic, you've just installed the same visual strategy that those expert skiers, racing car drivers, and professional descenders like Vincenzo Nebi, to my mind, the goat all use.
The fourth phase is really interesting as well. And why it's interesting is you might seem like, well, this is technical, not mental, but it's not. They're interrelated.
The fourth phase is the body position reset because technique matters, and it's not in the way that you might think. The primary purpose of correct body position on the descent, it's not aerodynamics or control. It's giving your brain confidence that you are in control of the machine.
So, it's the signal to your brain that matters. Hands in the drops. Don't descend on the hood.
Don't do the Andy Schlleck on it. Elbows bent, weight shifted slightly back, outside pedal down, and weighted in the corners. Inside knee pointed towards the apex.
These aren't arbitrary positions that I'm just pulling out. Each one serves a biomechanical purpose that your brain can actually pick up on and feel. When your hands are in the drops, your center of gravity is lower and you have full access to the brake levers.
Your brain registers this as, "Okay, cool. We're in control." Your elbows are bent.
That means they can absorb road vibrations and allow you to adjust pressure on the bars. That tells your brain that it's registering this as adaptability. When your weight is distributed properly between the wheels, the bike tracks perfectly.
you have good traction front and back. Your brain registers this as stability. So every time your brain registers control, adaptability, stability, it's sending data to that preffrontal cortex that says, "Hey, we've got this.
" That's one more vote against the amygdala's alarm system. And the fifth phase of this is the follow protocol. And this one comes straight from coaching 101 literature.
Find a rider who descends with confidence and literally follow them. But what you're not trying to do here is match their speed, but you're trying to study their lines. When do they break?
Where do they position themselves on the road? How wide do they enter the corners? How early do they look through the apex?
The reason you're doing all this is following a confident descender. It does something powerful neurologically. It gives your brain a preview of what's coming.
The rider ahead of you is essentially scouting the road surface, the corner radius, the speed. Your brain gets to observe the outcome. Okay, they went into that corner and they're fine.
They didn't die. They made it true. And it uses that as evidence against the threat signal your amydala is generating.
It's what researchers studying fear extinction call vicarious learning. Watching someone successfully navigate a feared situation reduces your own fear response. Cycling coaches have known this intuitively for decades.
Now, neuroscience just confirms what we know works. So, let me land the plane here. Let me bring all this back full circle with it.
Something that I think puts all of this into perspective. Watch any footage of Vincenzo Neblei descending. Look at that final descent to win Il Lombardia in 2015.
Or watch Peter Sagan dropping everybody on the call to mans in the tour of France the same year. Or actually, do you remember Fabian Canelara's like legendary chase back to the Pelaton when he punctured in the yellow jersey treading between the cars around the sense? It looks terrifying speed at the time, but what you're watching, it's not bravery.
It's not this like kamicazi attitude. What you're watching is the end result, the best guys in the world, the end result of decades of pattern accumulation, decades of investing in that library. Needly grew up riding on the roads of Sicily, narrow, technical, constantly twisting.
By the time he reached a professional pelaton, his corner library was absolutely like Wikipedia. Sagan came from mountain biking where you're reading terrain at speed on surfaces that are orders of magnitude more unpredictable than tarmac. His pattern recognition was built on dirt, roots, rock gardens before he ever raced on the road.
These riders, they didn't overcome fear. They they outgrew fear. Their preffrontal cortex accumulated so much cornering data that the amydala's alarm system became functionally background noise.
The fear off switch wasn't flipped in this one dramatic moment. Okay, now I'm fear off. It was built corner by corner, descent by descent over years and decades.
Every rider chases that feeling. The one where the bike just disappears. Where the pedals turn easy and the road hums beneath you and for a few fleeting seconds everything just clicks.
No effort, no noise, just flow. That moment isn't luck, it's engineering. The kind that only comes from obsession.
For over 20 years, Parley has refined the art of carbon. Every layer placed by hand. Every angle tuned by feel and data until response, balance, and speed exist in perfect harmony.
You don't notice a parley because it's flashy. You notice it because it feels right. Because every input, every climb, every corner happens exactly how you imagined it would.
Customer production, every frame goes through the same uncompromising process. traceable, tested, and finished by people who still believe craftsmanship matters. Parley doesn't chase trends.
They chase that moment every rider lives for when the bike and the body move as one. Parley Cycles engineered for that feeling that keeps us coming back. Here's what I want you to take away from this episode today.
You can do the very same thing. Maybe not to the level of grand tourisers like Peter Sagan. They've been riding since they were children and they do it every single day.
But you can absolutely shift your descending from anxious to competent, from fear to familiarity. The neuroscience is really clear on this. The methodology from every high-speed sport confirms it.
Build a library. Build it deliberately. Build it incrementally.
Trust the process because your brain will do the rest. Folks, if this episode helped you rethink how you approach this ending, do me a favor, hit the subscribe button and share it into your club. We go deep on the type of stuff that actually moves the needle in cycling every single week on this channel.
If you've got a descent, the story, whether it's a breakthrough or a moment that corner just absolutely terrified you, please let me know in the comments because I do read every single one of them. I've been Anthony Walsh. This has been the Roman Cub podcast.
I'm going to see you in the next one.