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The airNET is a cutting-edge harness for performance sport climbing and indoor competitions that features our patented airNET Technology. This ultra-breathable fabric is designed for indoor comps and distributes loads evenly across the "net" during falls. The airNET also includes a patented Infinity Loop for belaying, which is durable, low profile, and eliminates the dreaded belay-loop-shift when dogging a route and the belay loop seam catches. At a svelte 235 grams (men's medium) the harness features two pressure-molded gear loops in the front while keeping the rear gear loops low-profile webbing to save weight and reduce bulk. Black Dynex lower and upper tie-in points are durable and light, and the seamless, taped edges of the waistbelt and leg loops proved next-to-skin comfort during intense redpoints. airNET Construction For our high performace harnesses built for the send airNET Construction has abrasion resistant, breathable shell fabric with no sew bonded edges for durability and a soft next to skin feel and soft, breathable, quick drying lining. MATERIALS Dyneema airNET WEIGHT [M] 235 g (8.3 oz) Keep in mind: Products from the Spring Clearance promotion were manufactured between 2019 and 2022.
Price: £124.65 from Rope Master UK
| Retailer | Price | |
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| Rope Master UK | £124.65 | Go to shop |
The airNET is a cutting-edge harness for performance sport climbing and indoor competitions that features our patented airNET Technology. This ultra-breathable fabric is designed for indoor comps and distributes loads evenly across the "net" during falls....
The airNET is a cutting-edge harness for performance sport climbing and indoor competitions that features our patented airNET Technology. This ultra-breathable fabric is designed for indoor comps and distributes loads evenly across the "net" during falls....
The airNET is a cutting-edge harness for performance sport climbing and indoor competitions that features our patented airNET Technology. This ultra-breathable fabric is designed for indoor comps and distributes loads evenly across the "net" during falls....
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