Jump to content

Log in or register to remove this advert

Descending on a single rope.


stuartc44
 Share

Recommended Posts

I tie a running bowline around the top of the tree with the rigging rope, then descend on that with a figure8. Ready to pull over when you get down.

 

This way also means you dont need to leave any stubs to put the your climbing line round.

 

If I am hand pulling the stick over then I just use my climbing line instead of the rigging rope. Although 9 times out of 10 the rigging line is already out so it gets used.

 

You can back up the figure8 with an 8 wrap prussic or similar knot to be extra safe but I have never bothered.

 

EDIT: Forgot to say dont descend off a single line with a VT/prussic/lockjack etc. You have to take you weight off to get it to move and then drop about 10feet before you have chance to realise your mistake and let go of the hitch. I saw someone do it on a double footlock line and very nearly smash their head on a buttress as they flipped over in the harness when the hitch regripped.

 

The only way to descend off a single line safely without a fig8 (or similar) is to use the footlock position and your feet as the friction device to lower yourself whilst holding the hitch open, which wears out boots really fast.

 

Awsome way to preach bad pratice mate.

 

How long does it take to back up ur figure 8 and swap climb line to tag line! these are both easy and obvious things to do, and takes another link out of our dangerous job. which is a plus to everybody in the Industry.

 

use ur feet descending on single line....... well smart that one!:congrats::congrats:

Link to comment
Share on other sites

Log in or register to remove this advert

  • Replies 30
  • Created
  • Last Reply

Top Posters In This Topic

I had heard somewhere before and on the video linked to on the 'Sirius ringloop?' thread that it is not good to descend with a hitch on a single rope and a second device, figure 8 etc, should be used.

 

Why is this, and why so different to double rope?

 

Obviously, you'd have twice the weight on friction hitch on the single rope as you have on the doubled rope. The exact same condition that applies when you are performing a rescue on a doubled rope. Twice the weight on the friction hitch, thus using figure-8 with friction hitch as back-up for descend.

 

The friction hitch (prussik) also tends to bind more easily with double load. No fun hanging halfway down with a blocked friction hitch and no way to loosen it since you wouldn't have the strength to take the weight off it.

Link to comment
Share on other sites

Ben you won't regret it!:001_smile: Takes a while to make the switch but the energy it saves is well worth it!

 

Tbh although the rope wrench works really well, I don't think I am seeing the full benefit of SRT work positioning yet. Maybe I am still trying to climb the tree like I would DRT too much and not using enough of an up and down, up and down approach. Maybe I just need to spend more time on the rope wrench exclusively instead of switching back and forth all the time..:001_smile:

Link to comment
Share on other sites

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now
 Share


  •  

  • Featured Adverts

About

Arbtalk.co.uk is a hub for the arboriculture industry in the UK.  
If you're just starting out and you need business, equipment, tech or training support you're in the right place.  If you've done it, made it, got a van load of oily t-shirts and have decided to give something back by sharing your knowledge or wisdom,  then you're welcome too.
If you would like to contribute to making this industry more effective and safe then welcome.
Just like a living tree, it'll always be a work in progress.
Please have a look around, sign up, share and contribute the best you have.

See you inside.

The Arbtalk Team

Follow us

×
×
  • Create New...

Important Information

We have placed cookies on your device to help make this website better. You can adjust your cookie settings, otherwise we'll assume you're okay to continue.