Video

1.3 Kw. Untruth

Что за музыка???😊

imagine we had roads like that in england

Just found your channel and you’ve got me researching cycle trainers and a new bike. Couple questions: 1) Can you do a video about how to climb? 2) Can you do a video about how to start racing/find races to compete in? 3) Do you ever do indoor training with Zwift, TrainerRoad, etc? Thanks man!

That power and the heart rate is, I don’t know 🤷‍♂️

Is he going up Divisadero?

My heart is at 160bpm just watching this video.

Have you considered that at these speeds aero matters too? You might try to sprint on the drops next time. You never know, that small detail might mean those 2 second? Come on EJ, I am sure you can do it! 👊👊

Я бы пешочком зашёл

Hope you come out to Bloom again next year!

there is a hill like that right behind where I live only difference being its triple the distance of this one

This looked like the “Kennedy wall”?

Something is wrong here. You can easily see that the gradient is not progressing (from 21 to 33%) . It is more or less constant!

上りでこんな踏んだら30分はペダル回せない

😂😂😂😂 800wats. No way for 30deg climb u must to use around 3kWat To calculate the power required for the cyclist to overcome the incline, given the distance covered and the height gained, along with the weight of the cyclist and the bicycle totaling 180 pounds, we can use the work done and time calculated earlier. The power generated when overcoming the incline is given by the formula: Power = Work / Time From the previous calculations, the work done (work against gravity) was approximately 71.564 kJ (71564 J) and the time taken to climb was 26 seconds. The combined weight of the cyclist and the bicycle is 180 pounds (around 816.5 N). Now, we can calculate the power required: Power = Work / Time = 71564 J / 26 s ≈ 2752.46 W Therefore, to climb the incline at a 30-degree angle in 26 seconds at a speed of 8 miles per hour, the cyclist would need to generate approximately 2752.46 watts of power. Booom 🎉😂😂😂😂😂

His maximum heart rate was only 145 my average BPM going uphill is 142 BPM on my legal 250 Watt electric bike... What's going on, is it my bike or me who is WAF (weak as f#k)?😮😅

The watttttttttssss!!!!!

Bravo!!! 💪👏👏👏👏

Where is this?

this dude always sounds like he has some peanut butter in his mouth when he's talking.

昔はオレもこんなに走った アレホントにオレだったのか？ 昔のオレに嫉妬する

Дихання в кінці гори не відповідає 120 bpm

I would have created a new HR Zone as my heart would be at more than 200 BPM.

I’m always hoping to see a follow up video with you and the owner of the bike doing ride, a cafe stop and a brief chat about them, history of riding, why the old bike etc with a coffee in hand 😊

NCL has been tried before in the 90's and it failed. I dunno why anyone would think it would work a second time.

How is your bpm 113? If I attempt this it will be 180 in 3 second.

Did you play college baseball?

They should be more pro Jonas on a TT was 380w mmm 🤔

Doesn't even warmed you up 😅

Hahahaha fake ! there is no chance he pulled 1500 watts n his hr jumped only 10 points 🤣🤣🤣😂

How much do you weight?

smell my finger

Very low hr

Do you train neuromusvular loads? 20 odd aeconds over 1kw is amazing

BPM is definitely off.

And so will a car eventually if you keep blowing through stop signs.

Good job. Keep building.

“How is heart rate so low” he’s in amazing shape that’s how….

My ebike only puts out 750 watts: (

how your heart rate so low?! impressive

That's impressive I would get tired making that climb in my truck with my fat ass lmmfao

Way to not stop at a stop sign Mr. ENTITLED

How is your HR that low? Jeeeez! *2

Wattage bomb.

How is your HR that low? Jeeeez!

Amazing

나는 180w

Hey Ethan, I would love to see a video were you discuss how you processed your volume from the time you first started training until now. Additionally what aches/pains/injuries you experienced along the way and how you got over them.

With how crisp video technology is you would think it would be better at depth perception. NEVER does it do justice.

whats wrong with you