Hanging immobile in a harness, regardless of the model used, can cause serious physiological harm. Being suspended can aggravate an injury, a state of shock or a loss of consciousness. That is why work at height teams must be trained and autonomous in order to immediately and quickly rescue an accident victim who cannot perform a self-rescue.
The ASAP was developed and certified as personal protective equipment for fall arrest: that is,
to stop a fall of one person (test weight: 100 kg)
In extraordinary rope rescue situations, when a rappel pick-off must be performed with a single descender,
it may become necessary to back-up two people with a single ASAP.
In general, any two person dynamic load on a PPE system is prohibited due to the risk of
high impact forces.
To test the ASAP in rope rescue conditions, we performed the EN353-2 standard dynamic performance
test using a mass of 200 kg instead of the usual 100 kg mass.
These tests were performed with new ANTIPODE BEAL 10.5 ropes.
The energy absorbers were equipped with OK TRIACT carabiners without extensions.
These results are published for informative purposes only. In reality, results will depend on external conditions: the diameter and condition of the rope, weather conditions (wet, frozen ropes, etc.), the presence of deposits on the rope, position of the device relative to the anchor, etc.
WARNING: the ASAP is not designed to arrest a two-person fall. Each person should have his own fall arrest system.
The use of a single ASAP to back-up two people must remain exceptional and done only if all of the following conditions are met:
WARNING: this usage is neither certified nor covered by the directive on personal fall arrest protection.

Information is non-exhaustive. Refer to the instructions for use and other ASAP-related information