Wo ist eigentlich der descent bei 1:52?

JANNIS 2024???

Voll die Dramaturgie was los?

So i want to learn a side pre, where i look forward again after my trick. Unfortunatly, i tend to look backward on my flip exit at the moment. Going from your video, my axis is (when i start the flip looking to the left) pointing upward on the right side at the moment, but i have to get an axis ponting downward on the right side to come out of the flip facing forward. Is that correct?

Would love to see Jim do flat 0 and cork zero side by side. As I think cork 0 in parkour is actually flat zero a lot of times. Need to look at some videos and determine axis of observation now though. Also from a training perspective flat 0 is way easier to learn than an actual cork 0. Love the perspective though and starting to get the discussion around axis and flips going.

you've done a great job explaining it but my 2d brain lost you halfway through

axis between backflip and sideflip is called rod!

Thank you!

Bring out the quaternions!!! lol

I kinda have to call this a kong shant now 5:16

The content I signed up for

I think the closest thing to an off-axis front would be Takuraba.

So interesting thank you !! at 9:25 it looks like a flat spin no ? ski tricks

Thank you, very interesting video 😃 If I can give you an advice for the next videos (I work in the sound industry), you can put furnitures and a carpet to have a much better sound quality on your voice, or use a software like izotope RX to remove the room reverb. Don't get me wrong we hear you clearly, but it will make a noticeable difference. Thanks for your work !

12:16 wouldn't that be a cheat gainer?

Love this!

this guys gaslighting ppl

I mean no offense, but you are pretty incorrect with the trick names. I also don’t understand why you don’t use the flip/axis names that have been around longer than parkour has been flipping. For instance frisbee is on flat axis. Flat can be barrel roll(side flip over back), frisbee, or orbital (probably only possible on skis). Flat is when your back/hips/center of gravity are parallel with the ground. One reason you seem to be having trouble with “off axis” is because you’re not using established axes. You misrepresent cork 0, 3, and 7 by showing it on flat axis. As well calling it off axis is misrepresentation imo. They are all on an axis.

Great video! The sideflip/backflip axis happens a lot in the second flip of full-in when the full is undertwisted.

Legend 💯💯🔥

Das war sehr nice! In Komni mit dem Bohrer ist Jim der Off-Axis Drillmaster 🙂

Nice ❤❤❤❤

id say the backflip sideflip axis is what freeskiers would call flatspin

Great video, Jannis! I also looked into this a few years back. I would like to stress again that a freely rotating rigid body can't perform these rotations. As you said, changes in posture (changes in moment of inertia) are necessary. Therefore, using Jim to show where the feet are might be a little confusing😅

This is wild! So useful!

I suspect this video will be a reference video for years to come.

genial

I've been waiting for a video like this!

Thanks for that knowledge.

Such a cool idea 💡

I was here

On the topic of zeros all the front flipping variations have 0s too. Then on another branch of this off axis stuff by changing your orientation in relation to your direction of movement you get even more flavors (like how you can backflip, but also caster backflip sidewards in both directions, and gainer). Plus anywhere you can put a backflip or front flip (i.e. castaway, hang gainer, gaet, etc.) you can replace it with a variation that is off axis. A whole spectrum of tricks to explore!

Such a sick breakdown! Thank you!

nahezu überfällig so ein Kurs

schönes video. spannend wie du darüber denkst.

10:16 is a "sideflip" pre right?

Very interesting, I want to dive deeper now. I've done quite a lot of physics but I don't have a good intuition for complex rotations, especially when the rotating object is not solid and can move, weird stuff becomes possible, like full/unfull. One thing that I find strange also is that you "add" different axis components for example back + twist components, and you get an axis that's the sum of both vectors, the same way you can add velocity components to get the overall velocity. But then what is a backfull ? It looks like a back flip + twist as well but the axis are separated in a way, and that feels strange to me. Do you have any insight on that ?

Oh damn, I love subjects like this! I’ve spent decades trying to understand and catalog tricks, and I’ve made some interesting findings: 1. One of them (and you touch upon this at 1:44) is that the parkour side flip is not a true side flip because you don’t go over your head, which I figure would be a primary condition for a move to be considered a flip. The parkour “side flip” is more like a tucked horizontal twist. For a good example of an overhead side flip, you’d need to look at the rare clips of gymnasts doing side flips. Or… the side flip that happens in cartohara. I mean the part of the move after take-off from your hands. It’s a pure 1.5 overhead side flip. And since I’m a bit cheeky, I’ll call overhead sideflip a real side flip. 😁 2. All tricks can be done through three cardinal directions: front, back, and side*. In the video, you give an example of an off-axis move (shant), demonstrating back and front variations of it, but there is a high likelihood the side version could be done as well. I have never found an exception to the three cardinal direction rule. It’s also a really fun exercise that allows you to create a lot of new tricks: trying to figure out the missing directions of a given trick. For example, the cork is a backflipping trick, so let’s call it a “back cork” for the sake of this example. Now, try to imagine how a front cork or side cork would look. 3. *Side flipping should actually be broken down into left and right. So we should train left flips and right flips. Imagine you do a combo backflip punched straight into a front flip. To do the side equivalent of that, you would need a left flip and a right flip. That’s one of many examples I could give. 4. When analyzing flips and tricks, one should observe how the torso moves, as that’s basically what doing tricks is about-using your limbs to move your torso through a particular plane/axis of your choice. Following this rule, at 8:44, you and Jim are doing two different tricks. 5. 9:31 When I discovered them, I called them blideflip and frideflip, or if you applied the rule from point 3, it would be frightflip, fleftflip, beftflip, and bightflip. 6. Each trick can be done forward, backward, leftward, and rightward, resulting in four possibilities. Each of these can have twists added: quarter twist, half twist, 3/4, full, all the way up to let's say four twists (which, if you count by quarters, is 16 options). 4x16 = 64 possibilities already. Now, each of these can be done on the floor, wall, ceiling, or a bar. 64x4 = 256 tricks. You can then do a 1/4 flip, 1/2 flip, 3/4 flip, full flip, up to a lets say triple flip, resulting in 12 options. 256x12 = 3,072 tricks. Now, each of these can have different take-offs, which would take a lengthy paragraph to explain all permutations, but to simplify, I’ll assume 10 take-offs. That’s 30,720 tricks. I think I could ramp it up to a million. Apologies if I went bit of topic, but this the first time I've come across anyone analysing flips like that and I got bit excited! I look forward to your next video! PS: i use spiderman action figure;d

Good video and great explaining, thank you Jannis

really cool video!! I really enjoyed guessing what flip each demonstration of Jim would be

Explanation for the most asked questions from every freeskier before gta6

Yaaaay! Jannis’ Brain

Thank you for this fantastic video! I really enjoyed your approach and effort to categorize these different types of flips. I've always been puzzled by these unusual angled flips, but now I have a bit more clarity.

Die Promotionsurkunde in Kombi mit dem Storror Award :D

9:44 reminds me of a grandmaster scoot from tricking without hands touching down. The front variant seems like a very stepped out side heavy webster

Das Bohrersetup… genial. Manches muss ich erst verdauen. Zb dass du jetzt genau weißt welche flips prinzipiell noch gemacht werden können Der front hate ist auch real 😂

That thumbnail is so damn good

sehr geil! Parkour braucht wieder mehr solche Formate <3

I really like your way you conceptualized the cork 0, I've had something like that in mind for a long time. However, as for the idea of mathematically describing each axis in the same terms, you run into problems if you don't consider different tucks or flipping positions to be completely separate things, given that you're changing your centre of gravity, and therefore, changing the point relative to which you're rotating. What this means in the real world is that it isn't really posible to do the off-axis backflip (i think you called it shant?) in the straightened body position you're using for reference, you always need to go into this awkward position that fundamentally changes the nature of the motion. Same would go for the flatspin, where your real world example of yourself attempting one didn't really look to me like the same motion you were showing with the drill. I would love to be wrong, but I can't really picture anything that isn't a sideflip, backflip, or frontflip (or their twisting variations) being performed in a straightened body position, I would love to see a deeper analysis on this. Those are just my thoughts, maybe stupid ones, cool video either way.

Geil! Maximum confusion haha. Inspired to do one as well! Especially from the learning perspective. Thank you!