Shag bark hickory prune spikless s.r.t . This particular set up is a notch speed line kit 1/2 inch rope and webbing slings.

I would like to talk about my harness setup, it’s a weaver leather 4d wide back I think, I’ll post model tomorrow.. it’s an upgrade from the antique I was using but it’s not like my old floating Dee. It pulls real hard on my hips.. I need help maybe trying to find a way to bridge it.. do you use a spreader snap hook or rope bridge? I haven’t found a comfortable technique for a rope bridge while using a double Blakes..I’m ready to get out of the treee before I’m half way up it. Are those my only two options? I’ve used a couple carabiners on each side then tie in but it’s very clunky

D.R.T. (Doubled Rope Technique) or MRS (Moving Rope System) climbing is a popular method for arborists and recreational climbers. When you're using this system, a key skill is knowing how to "redirect" your rope to a new, higher anchor point. This is crucial for accessing different parts of the canopy and managing your rope's friction and position. There are several options for redirects, ranging from simple to more complex, often categorized as either natural redirects or hardware-based redirects. 1. Natural Redirects (The Simplest Method) This is the most basic and common type of redirect. It uses the natural features of the tree itself. * How it works: While you are securely attached to your primary climbing line, you simply throw a bight (a loop) of your climbing rope over a higher, solid branch (a "natural crotch"). You then untie and re-feed your climbing line through the new crotch, and then re-attach your system to your harness. * Pros: * No extra gear required. * Quick and straightforward. * Minimal friction on your rope if the crotch is smooth. * Cons: * Can cause friction and wear on your rope and the tree's bark, especially with repeated use or on rough bark. * The redirect is not retrievable from the ground. You have to climb back up to that point to retrieve the rope. 2. Hardware-Based Redirects (For More Advanced Use) These methods use specialized equipment to create a more efficient and less damaging redirect. A. Non-Retrievable Redirects These systems are more permanent and stay in the tree until you climb back up to them. They are often used for a specific work area. * The "Basket" Redirect: * How it works: You use a sling or lanyard (often a soft loop like a webbing or rope-based cambium saver) with a carabiner or pulley. You wrap it around the new anchor point in a "basket" configuration (like a choker hitch) and clip your climbing rope into it. * Pros: Reduces friction on your rope and the tree's bark. * Cons: The hardware stays in the tree. It's not designed for retrieval from the ground, so you must climb back to it to get your gear back.

"Redirects" using D.RT (Double Rope Technique) or MRS (Moving Rope System) refer to the practice of moving your rope's anchor point higher up in a tree while you are still in it. This is a fundamental skill for arborists and recreational tree climbers. Here's a breakdown of the concepts: D.RT and MRS Explained * D.RT (Double Rope Technique): This is an older term that is largely considered obsolete or has different meanings to different groups. It generally refers to a system where a single rope is "doubled" over a branch, with both ends reaching the ground. The climber uses a friction hitch or mechanical device to ascend and descend on this two-strand system. * MRS (Moving Rope System): This is the current and preferred term for the technique previously called D.RT. It clearly describes the fundamental principle: the rope moves over the anchor point (the branch or "crotch") as the climber moves up or down. The Redirect Concept When climbing a tree, you start with your climbing rope anchored to a solid point, often the lowest main branch. As you ascend, you eventually reach the level of your anchor point. To continue climbing higher into the tree, you need to "redirect" your rope to a new, higher anchor point. This is crucial for safety and efficiency. How Redirects Work The specific method for a redirect can vary, but the general principle is the same: * Establish a New Anchor: While still secured to your original climbing line, you use a second, shorter line (like a lanyard) to temporarily secure yourself to a new, higher branch. * Reposition Your Main Line: Once you're safely secured, you can manipulate your main climbing line. You untie it from your harness and throw it over the new, higher anchor point. * Reconnect and Continue: You then re-tie or re-attach your main climbing line to your harness, remove your temporary lanyard, and you are now ready to continue climbing higher on your newly redirected rope. Why Use Redirects with MRS? * Increased Access: Redirects allow you to climb to the very top of a tree, or to access different sections of the canopy.

- Consistent Friction: A key benefit of SRT is that the rope is stationary, providing consistent friction. This makes it easier to manage your descent as you "walk" out on a limb. You don't have to deal with the rope moving back and forth over a crotch, which can cause inconsistent friction and make movement more difficult. - ​Redirecting: A powerful technique in SRT is redirecting your rope. If you need to make multiple long limb walks on the same side of the tree, you can redirect your climbing line through a fork from a limb above. This keeps your line more direct and makes the limb walks easier. - ​Mechanical Advantage for Return: One of the challenges with long limb walks on an SRT system is the return. You are essentially climbing back up the rope to get to your original position. To make this easier, many climbers use a mechanical advantage system. This could be a simple 3:1 system created with a pulley and a Prusik loop, or a more specialized device like a Petzl RollnLock or a CT RollnLock. These devices make it much easier to pull yourself back up from the end of a drooping branch. - ​Using Your Friction Device: Your SRT friction device (whether it's a mechanical device like a Rope Wrench or a hitch like a Hitchclimber) is what allows you to descend smoothly and control your speed. As you walk out on the limb, you will be pulling your knot or device to pay out rope and descend slowly. It's important to go slow and steady to avoid burning your hitch or losing control.