Smorster

Don’t waste HOURS starting your treenet #treenet #outdoors #rope #diy #spacenet

PAULIS Barzdins · 24s · Watch on YouTube · 8 sources

Decision Card

Effort: Weekend project — buy ~150 ft of perimeter rope and ~1000 ft of 550 paracord, learn 3-5 knots (trucker’s hitch, perimeter tensioning), and expect a full day per small net even with the video’s shortcuts.

Honest take: The video promises “platform by sunset” but a typical starter net uses ~1000 ft of paracord fill, and dedicated instructional courses run 6+ hours just to teach the knots and weave — a first-timer will almost certainly not finish in one day. The “temporary scaffold” step is also glossed over in 2 seconds despite being the most equipment- and safety-heavy part of the whole build.

Concrete next steps:

  • Watch a full-length perimeter tutorial (e.g. How To Make A Treenet - Part 1: The Perimeter and Tensioning The Perimeter) — ~30 min, fills in everything this short skips.
  • Learn the trucker’s hitch as the “paracord-only block and tackle” the video means (Animated Knots step-by-step) — 15 min of practice.
  • Price materials: ~150 ft perimeter rope + ~1000 ft paracord for a starter net; compare a structured option like the Treenet Collective DIY course — 30 min.
  • Skip if you don’t have 2-3 suitably spaced healthy trees, or if you’re unwilling to spend a full weekend and ~$100+ on rope — a 24-second short is motivation, not a build guide.

TL;DR

A 24-second short outlining a speed-run sequence for building a treenet (spacenet): scout trees, erect a temporary scaffold for access, anchor and ratchet a tight perimeter rope using a paracord-only block and tackle, then fill it with a chaos weave while keeping tension in every knot. The steps match established treenet practice, but the “done by sunset” framing dramatically understates the time and material a real first build takes.

Key Points

  • Core promise: skip wasted hours at the start and have a usable platform by sunset. 00:01
  • Step 1 — scout tree height and the view you want before committing to a site. 00:03
  • Step 2 — build a temporary scaffold for fast working access at height. 00:06
  • Step 3 — anchor the perimeter rope around the chosen trees. 00:08
  • Step 4 — ratchet the perimeter tight using a block and tackle made only from paracord (i.e. a rope mechanical-advantage system like a trucker’s hitch). 00:12
  • Step 5 — fill the perimeter with a chaos weave, maintaining tension at every knot. 00:16
  • Finish — strip the temporary scaffold; the net structure (“treehouse”) stays. 00:18
  • Call to action: a “first day tree net checklist” linked from the creator’s profiles. 00:20

Notable Quotes

“Don’t waste hours starting your tree net. You start and have a platform by sunset.” 00:01

“Ratchet the perimeter tight with a paracord only block and tackle” 00:12

“thread a chaos weave keeping tension in every knot” 00:16

Verified Claims

  • Claim: The standard treenet build order is anchor a perimeter rope around trees, tension it, then weave the fill. 00:08

  • Claim: “Chaos weave” is a real, established fill pattern for tree nets. 00:16

  • Claim: You can tension a perimeter tight using only paracord as a block and tackle (rope-on-rope mechanical advantage, no hardware). 00:12

  • Claim: You can go from start to a usable platform “by sunset” (one day). 00:01

    • Sources: CanopyCraft course bundle (6 hours of instruction just to learn knots and weaving; a typical starter net uses ~150 ft perimeter rope and ~1000 ft of paracord fill)
    • Verdict: Disputed — plausible for an experienced builder on a small net; unrealistic for a first-timer, given fill weaving alone routinely consumes many hours.

  • Claim: Maintaining tension in every knot during the weave is essential to a good net. 00:16

  • Claim: A temporary scaffold is the fast way to get working access, then gets stripped after the build. 00:06

    • Sources: Searched treenet tutorials and courses (Treenet Collective, CanopyCraft) — none feature temporary scaffolding as a standard access method; ladders, harnesses, and working from the tensioned perimeter itself are the norm.
    • Verdict: Inconclusive — not contradicted, but not standard practice in the main instructional sources either.

Tools, Papers & Standards Mentioned

Follow-up Questions

  • What rope specification (diameter, static vs. dynamic, UV-rated material) is safe for a load-bearing perimeter, and does paracord alone ever meet it for human-rated nets?
  • What is the realistic hour count for a first chaos-weave net of a given area (e.g. 3 trees, ~10 m perimeter), and where does the time actually go — rigging or weaving?
  • What anchoring methods protect the trees themselves (bark protection, girth hitch vs. bolts), and what do arborist guidelines say about long-term rope loads on living trees?

Sources