Great Tutorial and very neat Slackline-Set, Jerry! But I have to say I am a bit confused, maybe you can clear things up for me? I see two things, that I thought were No-Gos in Slacklining. First: Aluminum carabiners in the system, due to cyclic loading. And second: Tri-Loading a carabiner. Are those not an issue in really low and short slacklines with low tension? I am sure you selected all the parts with a reason and with the safety of the user in mind, but I am still really curious what the explanation might be. I look forward to it, thanks a lot! :)
For this specific kit, it’s not physically possible to add enough tension for either of these things to be an issue. The two carabiner system gets a max of around 2.5kN, which is well below any critical tension for aluminum carabiners, even triloaded.
thank u. hope to try soon
Great instruction. Can't wait for my line to ship. Thanks Jerry🙏🤙
Great Tutorial and very neat Slackline-Set, Jerry! But I have to say I am a bit confused, maybe you can clear things up for me? I see two things, that I thought were No-Gos in Slacklining. First: Aluminum carabiners in the system, due to cyclic loading. And second: Tri-Loading a carabiner. Are those not an issue in really low and short slacklines with low tension? I am sure you selected all the parts with a reason and with the safety of the user in mind, but I am still really curious what the explanation might be. I look forward to it, thanks a lot! :)
For this specific kit, it’s not physically possible to add enough tension for either of these things to be an issue. The two carabiner system gets a max of around 2.5kN, which is well below any critical tension for aluminum carabiners, even triloaded.
@@BalanceCommunity Good to know, thank you! :)