SET for Agile anchor point - Halls with beams
Everything you need to install a certified movable anchor point. It will allow you to install acrobatic and aerial dance equipment in a matter of seconds, safely and without the need for ladders and scaffolding.This kit is designed to be installed into Ā structures with beams in the ceiling that allow for the installation of the pulleys using textile anchor loops.
SET CONTENTS:
N. 1 ANCHOR PLATES WITH ANCHOR BOLTS
N. 2 TRUCK LOOP (45 Kn HIGH STRENGTH ANCHOR LOOP) Ā LENGTH 80 CM
N. 2 PULLEYS
N. 2 OVAL STEEL CARABINERS WITH RING NUT CLOSURE
N. 2 DELTA QUICK LINKS MEASURE 8 mm
N. 1 BALLAST BAG TO BE Ā FILLED WITH 2/3 kg OF SAND OR GRAVEL
N. 1 SEMI-STATIC ROPE D. 10.5 mm WITH CERTIFIED SEWN LOOP
The length of the rope must be specified at the time of purchase. To determine the correct length of the rope, it is good practice to multiply the height of the anchor point from the ground by 2 and add its distance from the wall to which the ground plate is attached: A x 2 + B
Original: $271.45
-65%$271.45
$95.01Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Everything you need to install a certified movable anchor point. It will allow you to install acrobatic and aerial dance equipment in a matter of seconds, safely and without the need for ladders and scaffolding.This kit is designed to be installed into Ā structures with beams in the ceiling that allow for the installation of the pulleys using textile anchor loops.
SET CONTENTS:
N. 1 ANCHOR PLATES WITH ANCHOR BOLTS
N. 2 TRUCK LOOP (45 Kn HIGH STRENGTH ANCHOR LOOP) Ā LENGTH 80 CM
N. 2 PULLEYS
N. 2 OVAL STEEL CARABINERS WITH RING NUT CLOSURE
N. 2 DELTA QUICK LINKS MEASURE 8 mm
N. 1 BALLAST BAG TO BE Ā FILLED WITH 2/3 kg OF SAND OR GRAVEL
N. 1 SEMI-STATIC ROPE D. 10.5 mm WITH CERTIFIED SEWN LOOP
The length of the rope must be specified at the time of purchase. To determine the correct length of the rope, it is good practice to multiply the height of the anchor point from the ground by 2 and add its distance from the wall to which the ground plate is attached: A x 2 + B
