 Positioned in crescent shape with at least 1m between  the pins. The individual Galvanised steel pins should be inserted to full length  600mm and inclined slightly backwards. The pins which are 22mm diameter  galvanised mild steel allow for a variety of attachments. Rope can be directly  knotted or connected through a lanyard and connector.
Positioned in crescent shape with at least 1m between  the pins. The individual Galvanised steel pins should be inserted to full length  600mm and inclined slightly backwards. The pins which are 22mm diameter  galvanised mild steel allow for a variety of attachments. Rope can be directly  knotted or connected through a lanyard and connector.  The rope layout can be a fixed belay or self equalising.  It is important as with all anchorages to monitor the parts for movement and of  course avoid shock loads. In soft ground pins have been used "in line" one  behind another to further strengthen the anchorage. Removing the pins is easy,  as by a simple twisting action they can be pulled free from the ground. We have  chalk cliffs near to us at STC and have inserted these pins through the top soil  into the chalk beneath to provide a very strong anchor point
The rope layout can be a fixed belay or self equalising.  It is important as with all anchorages to monitor the parts for movement and of  course avoid shock loads. In soft ground pins have been used "in line" one  behind another to further strengthen the anchorage. Removing the pins is easy,  as by a simple twisting action they can be pulled free from the ground. We have  chalk cliffs near to us at STC and have inserted these pins through the top soil  into the chalk beneath to provide a very strong anchor point A closer picture of the individual pin, connected into a belay system via a short protected lanyard. The picture shows a large Klettersteig karabiner, another option would be to use a delta maillon.
 
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