That's exactly what it is, you're missing nothing. Cave diving is a specialism all of its own, with techniques and kit differing in many ways from normal scuba. It's so specialised that even between countries, things differ because the cave landscape is different.
@@alimacallan3814 yes you're correct that it is specialized and different, but incorrect in the assumption that 80cuft is likely sufficient with a single rebreather. At 4 times speed and 30 minutes we can assume 2hrs of bailout is required using a dpv to exit. Generally we plan for furthest point of penetration rebreather failure and dpv failure so you're worst case is swimming out open circuit. Now if you bring an extra dpv or second rebreather you can chip away at the gas requirements significantly. 2hrs on an 80cuft even at very shallow depths is not stainable using a realistic RMV.
Yes, you missed something, or it was cut off from the video. :) The cave was swam almost to the end without a DPV on the OC. So we knew how much bailout gas we needed. Eight 80 cuft bottles and one visible in the video were placed in the cave. Calculated and tested, there are enough bottles to go back out.
Spectacular 🌟
Amazing dive, what a push .This is the most spectacular cave footage ever CONGRATULATIONS to this team!
Wow, fenomenalno! 🤩 #mesmerizing
Res smo noter, ljubimo jih, svaka cast
I imagine it's hard to not get stuck with that masive balls of yours, respect
Super!
postanem klavstrofobičen in se začnem potit ko samo gledam. svaka vam čast
Do this and protect our special nature, thank you!
Terrifying!
Is it 2km of overhead with only a single 80cuft for bailout? That seems very dangerous I'm sure I'm missing something here
That's exactly what it is, you're missing nothing.
Cave diving is a specialism all of its own, with techniques and kit differing in many ways from normal scuba.
It's so specialised that even between countries, things differ because the cave landscape is different.
@@alimacallan3814 yes you're correct that it is specialized and different, but incorrect in the assumption that 80cuft is likely sufficient with a single rebreather. At 4 times speed and 30 minutes we can assume 2hrs of bailout is required using a dpv to exit. Generally we plan for furthest point of penetration rebreather failure and dpv failure so you're worst case is swimming out open circuit. Now if you bring an extra dpv or second rebreather you can chip away at the gas requirements significantly. 2hrs on an 80cuft even at very shallow depths is not stainable using a realistic RMV.
Yes, you missed something, or it was cut off from the video. :) The cave was swam almost to the end without a DPV on the OC. So we knew how much bailout gas we needed. Eight 80 cuft bottles and one visible in the video were placed in the cave. Calculated and tested, there are enough bottles to go back out.
@@SebastjanGantar quite the logistical effort great job and video!