If the snow was hard packed enough that a self arrest is not possible, and there are no intermediate anchors, then if one person falls, they can take the whole team down with them.
If that was the case then what they should have done is to have the first person place anchors as they went up, either snow pickets or ice screws depending on the conditions. The ...
In the end I have contacted the manufacturer, and received a detailed answer surprisingly quickly.
So turns out, that the last 2 digits of the batch number are the year of manufacture. E.g. ABCD987612 --> Year of manufacture is 2012.
Additional useful information from the e-mail:
The potential lifetime of this product in use is 10 years.
I use a truckers hitch it is easy to make and create and pull tight. It is not difficult to untie but does stay in place well. It is a great knot when you need to cinch something down.
Image source https://commons.wikimedia.org/wiki/File:TruckersHitchUsingAlpineButterfly2.jpg
If you don't have an electric hot-knife, it's possible to heat a (sacrificial) table knife in a flame until it glows, and use that to make the cut against a wooden block. It doesn't need to be sharp, just hot.
I find that I normally need two cuts (with the knife heated until glowing slightly red each time) to chop and seal 11mm static rope.
Keep the knife ...
The manufacturer of your rope says:
Time in use : The potential lifetime of BEAL PPE in use is up to a
maximum of 10 years. The lifetime of the rope in use must never
exceed 10 years.
The rope must be retired immediately:
if it has held a major fall, approaching fall factor 2
if inspection reveals or even indicates damage to the core
It's possible that it could damage the soft gear,
Tests done by the UIAA Safety Commission and some rope manufacturers have shown that marking
ropes with liquids such as those provided by felt-tipped pens can damage them; even with those
markers, sold specifically for marking ropes. The test results have shown a decrease of up to 50% of the
The most common options coming to my mind are:
Securing from anchors and building e.g. one rope-party with 2 and one with 3 members
This is slow but very safe. You do it in steep and/or difficult terrain.
Moving continuously being roped together while the first uses gear
Using e.g. a tibloc or you can use rocks to let the rope move behind them (with ...
The only way I know of would to be to cut a small section off of one of the ends and then dissect it.
Inside of the sheath next to the core strands should be a tracer thread and identification tape,
During the braiding process, an identification tape
and tracer thread indicating the year of manufacture
are woven into the rope core.
The year of ...
I agree that the trucker's hitch will certainly do the job. That said, if your special situation requires retightening if things start to sag, you might consider the tautline hitch.
It's a great knot for situations where you might need to take up slack due to stuff like rope stretch in the dark and rain (like, say, if you're using your line to make an A-...
There are many phrases that you will find concerning dry treatment of ropes, but they can all be easily related to your three categories:
This rope has no treatment to repel water. Consequently it absorbs the most water and thus getting heavier. Wet ropes also loose some of their dynamic properties, so falls will get harder. As it is the ...
Static ropes are used whenever you're working with a static load, either raising or lowering. Dynamic ropes should be used whenever there is potential for a fall and high impact forces.
Static ropes are used for rappelling/abseiling, ascending, hauling, rescue work and making anchors (accessory cord). Pretty much they are to be used in every situation ...
All the major climbing sites agree on the two options for cleaning, and the subsequent drying:
Wash in cool water (less than 30°C) and use a mild detergent, either in a bath, or in the shower. Some people place it in the shower while they wash. Gentle brushing can help remove grit or sand, but be wary of abrading ...
Twin ropes can be as small as 6.9mm (35g/m), and are only used in pairs; you tie into two ropes, and clip both as though they were a single rope. This provides you with the redundancy of having more than one rope, but without the weight of carrying two single ropes. Twin ropes also allow a full-rope-length rappel which often strongly factors in the choice ...
The easiest way is to tie a fixed loop in the middle of the rope (figure 8, alpine butterfly, bowline on a bight, etc) and then clip the climber in to that loop using two locking carabiners. Two carabiners are used here in order to avoid the scenario of a single carabiner rotating into a cross-loaded orientation during a fall and failing as a result.
Ewww. I'm guessing they punch pin tags through $700 gore tex jackets as well? And condoms? Even if the amount of damage is minimal, it's still something I would rather not do to my rope. Some climbers do use a needle and thread/dental floss to make small whippings on the rope to indicate that the rope ends are approaching. However, there is a large ...
The diagram shows three situations that are easy to understand without knowing a lot of math or physics.
In the first example, the angle between the anchor strands is zero. Both anchors pull straight up on the biner, and each supports 50% of the load.
In the second example, all three angles are 120 degrees. The situation is totally symmetrical, so all ...
Yes, it is accepted practice to wash new Semi-Static rope (or Single Rope Technique/SRT Rope as it is known by cavers).
Dave Elliot is a highly respected SRT expert, and he wrote the CNCC Rope Care page, which says:
There are two reasons why new ropes are best washed before use.
Washing removes the anti-static lubricants used in manufacture and
Paracord's biggest selling point is that it's strong enough to hold your body weight. That's great and all, but honestly, it's very rare to get caught in a situation where you're forced to use a rappel. The most common situation is when parachuters get caught in trees, but in those situations, you already have a bunch of lengths of paracord ...
If you're not a climber, then don't buy a climbing rope for doing roof repairs. If you're going to buy a rope for a very specific job, then you should get the right equipment for the job.
For about the same cost as a climbing rope you could get a full roofers kit that comes with a:
5 point safety harness
3' shock absorbing ...
Whether you run out of rope or just can't complete the route, you have to bail as safely as possible.
As soon as your belayer reaches the rope's middle mark, he should double check that there's a stopper knot at the end. Then, you would down climb to the nearest bolt and then proceed to bail on the route using a prusik backup, as described by this old Petzl ...
You can take it back to REI or to another gear store that deals with climbing gear. Make sure they know the rope is indeed being used for climbing. They should be able to cut it and prepare the cut ends so there isn't any fraying/unraveling, etc.
I would use a dyneema rope as a lightweight hauling rope, rap line, or rescue rope, but I would never use any kind of static rope to catch a fall, this would include a fall into a crevasse, or a slip on a slope.
With static ropes there is nearly zero energy absorption, I imagine this is even more true with dyneema. In the event of a fall during glacier ...
First some general dangers not related to melting:
Burning your hands braking on the rope (can also happen with semiautomatic descenders like a grigri due to reflex)
Uncontrolled impact on the rock
Without a backup knot (e.g. prusik) and with a passive descender (e.g. tuber, eight) you may let go of the rope due to the heat induced pain or when impacting on ...
There is a little bit information out there (here), about falls of climbers heavier than normal which suggests (very roughly) almost a linear relationship between fall load (force) and body weight, assuming equal fall factor. Applying this in the reverse, a significantly lighter climber would apply a significantly smaller load.
This says a UIAA fall is ...
A knot that's simple and easy to use, explicitly for the purpose of tying in to the middle of the rope, would be the Alpine Butterfly.
Tie it, then put it to your belay loop with one or two locking carabiners.
Black Diamond did a study on this, and even after 24 hours of resting, there was still a noticeably increased load on the second fall.
Allowing the rope to rest 24 hours still resulted in a 2nd drop load of 11% greater than the first drop
QC LAB: Do ropes need to rest between falls?
Loosening your knot, or letting the rope rest prior ...
I don't think the question is really answerable more precisely than you already have, because there are so many variables:
the original stretchiness of the rope you happen to have - every rope has a different force/elongation curve
the age of the rope - ropes get less stretchy as they age
the relative weight of you and your belayer
the amount of slip the ...
Beal Ropes has a guide that covers this. Read the page but here are two images for quick reference:
A robust half rope such as the Mammut Genesis is probably a very good choice; such a rope is much lighter than a 10mm Single but still has a thick sheath.
See also: A Comparison of Stretch and Forces
Between Low and High-Stretch Ropes
During Simulated ...