01. Introduction To Pressure Passing

[@afrazj94]

Sweet! When will the rest of the videos be uploaded?

[@jamesmurray8507]

Can’t wait for these videos thanks guys

[@yevgenigelfgat1142]

Thanks Keenan!

[@VituKhonje]

Is this course on Jiu Jitsu X? This is a white belt’s dream instructional.

[@maples50jm]

Where can I watch the full course?

[@ihormay3418]

Let's fucking go!

[@donnieyiu7139]

Thanks Keenan. Position 1 2 are called Split Pass in Gracie University.

[@TerranceBryant]

Good stuff

[@jinxit]

If you jump out of a plane with an uke, no parachutes, and you start a roll while free falling then gravity is obviously there but it's largely irrelevant who's on bottom. In other words in free fall, mount=full guard. So it's not quite the gravity which helps in jiujitsu, a lot comes from the friction forces, i.e. person on bottom can't move freely because of friction against the mats. It's a technicality, but with this in mind it would be better to say that in this video you study applications of interactions between gravitational and electromagnetic forces. I think it would be very interesting to have a roll on an ice skating rink, to see how much gravity helps _by itself_. I imagine that mount would be still hardish to escape, but e.g. pulling of an arm triangle from mount would be impossible.

[@Chooong7]

The next evolution of bjj, jiu-jitsu on ice.

[@urbansamurai261]

Why would any attack from Mount be impossible?

[@jinxit]

@@urbansamurai261 I was thinking nogi. I don't think nogi arm triangle from mount is possible on an ice skating ring because you need to first isolate an arm, and I can't imagine this being possible without using the friction of the mat (but admittedly I haven't tried).

[@urbansamurai261]

@@jinxit lol of course ok I'm just thinking by posting a hand above the person's shoulder should stop any lateral movements but as you said I've yet to test this theory 😂