
Untitled by chrisyelroy, on Flickr
Is that the deep level bunker back of a certin golf course? I went down there and found a frig living all the way down the bottom.
PanicUE wrote:Is that the deep level bunker back of a certin golf course? I went down there and found a frig living all the way down the bottom.
Nice pics, very nice.
1. The rope in the picture is of our shitty Bunnings rope but I have recently added a load bearing rope of a greater length to the list.Nick wrote:
The rope you're using is not rated, and that biner you're using is not locking, also, you've got a single anchor setup, and no rope protector.
Rapping into places is awesome, as is ascending out of them, it just adds to the fun, but there is a real danger in it, abseiling is statistically the roping technique with the most fatalities,
If you're after more info, feel free to PM me, visit your local climbing gym or contact the Australian Speleological Federation, (caving is a great way to learn SRT & excellent fun)
I'd hate to see someone on this site in the paper as having died, even if you don't die, you're in places that are difficult to access, and aren't frequented regularly, imagine if something happened and you couldn't get out, and you got stuck down there...
Scarecrow wrote:1. The rope in the picture is of our shitty Bunnings rope but I have recently added a load bearing rope of a greater length to the list.Nick wrote:
The rope you're using is not rated, and that biner you're using is not locking, also, you've got a single anchor setup, and no rope protector.
Rapping into places is awesome, as is ascending out of them, it just adds to the fun, but there is a real danger in it, abseiling is statistically the roping technique with the most fatalities,
If you're after more info, feel free to PM me, visit your local climbing gym or contact the Australian Speleological Federation, (caving is a great way to learn SRT & excellent fun)
I'd hate to see someone on this site in the paper as having died, even if you don't die, you're in places that are difficult to access, and aren't frequented regularly, imagine if something happened and you couldn't get out, and you got stuck down there...
2. We have a selection of carabiners at disposal. The one here was load bearing up to 2.5T and the locking system wasn't a worry due to the small distance.(it was a test run) Now we use screw up carabiners.
3. The anchor setup was not ideal but we now have slings which can spread the weight. Due to the small descent I didn't think it was necessary, and the gate was bolted heavily.
4. I have started to use shirts to protect the rope if necessary.
5. Abseiling is not ideal and ATM I don't trust many people to do it by themselves, therefore I either use a rack or an atc to belay making it safer. Otherwise it is safe enough to do alpine butterfly knots up the rope in order to climb. This also means that everyone can go down and ascend easier.
There are systems that we can use if it is necessary to abseil such as the Prussik loop as an auto block but that only seems necessary for something like the funnel.
6. We always go in a group of at least three. That way if a person gets injured, one can stay with them and another can get help. We also all have mobile phones in the modern generation.
Also have you done much of this stuff? And where have you gotten the knowledge of roping?
Hey Scarecrow,Scarecrow wrote: 1. The rope in the picture is of our shitty Bunnings rope but I have recently added a load bearing rope of a greater length to the list.
2. We have a selection of carabiners at disposal. The one here was load bearing up to 2.5T and the locking system wasn't a worry due to the small distance.(it was a test run) Now we use screw up carabiners.
3. The anchor setup was not ideal but we now have slings which can spread the weight. Due to the small descent I didn't think it was necessary, and the gate was bolted heavily.
4. I have started to use shirts to protect the rope if necessary.
5. Abseiling is not ideal and ATM I don't trust many people to do it by themselves, therefore I either use a rack or an atc to belay making it safer. Otherwise it is safe enough to do alpine butterfly knots up the rope in order to climb. This also means that everyone can go down and ascend easier.
There are systems that we can use if it is necessary to abseil such as the Prussik loop as an auto block but that only seems necessary for something like the funnel.
6. We always go in a group of at least three. That way if a person gets injured, one can stay with them and another can get help. We also all have mobile phones in the modern generation.
Also have you done much of this stuff? And where have you gotten the knowledge of roping?
Happy to help out with your shopping list.Scarecrow wrote:We're you originally using a static or dynamic rope? We still use the other ropes but for different purposes.
Abseiling, for this purpose, is to get into a location so it doesn't really matter if you go slow.
Don't ascenders start to degrade your rope though with the teeth?
I have a store room which I can get lots of stuff so a list of the necessaties would be good. That is apart from what we have.
I have done a 100m abseil before and the rope was fine btw...
Going 3m/s and stopping over a 1 second period means your acceleration (or in this case deceleration)isScarecrow wrote:According to the physics, f = m a : going a 3ms of. 60kg won't break. It is acceleration not v (ms). Therefore if you slow over a longer distance maximising the time taken (s) then there is a lower chance of the rope breaking.
Code: Select all
3ms * 60Kg = 180KN (roughly 180kg instantaneous force, assuming all is linear)
Nick wrote:Going 3m/s and stopping over a 1 second period means your acceleration (or in this case deceleration)isScarecrow wrote:According to the physics, f = m a : going a 3ms of. 60kg won't break. It is acceleration not v (ms). Therefore if you slow over a longer distance maximising the time taken (s) then there is a lower chance of the rope breaking.I can't find any photos of me rapping on an ATC, but a belay plate works quite well as they're a damned sight safer / slower than a figure 8.Code: Select all
3ms * 60Kg = 180KN (roughly 180kg instantaneous force, assuming all is linear)
Pretty much like this, but just remember, most have a right way & a wrong way, make sure you get it the right way or it'll make things go bad...
As for pulleys, not really, useful for hauling, but again, only if they're rated.