Smorster

Hand Woven Rope Tree House (Tree Net) Timelapse

CanopyCraft · 10m 28s · Watch on YouTube · 9 sources

Decision Card

Effort: Weekend-to-multi-day build — buy the CanopyCraft beginner+advanced course bundle (~6 hours of video, ~$226 in materials), grab one 1,000 ft paracord spool plus ~150 ft of static perimeter rope, find four solid anchor trees, and expect 16–25+ hours of actual weaving for a net this size.

Honest take: The headline productivity numbers are openly cherry-picked — the creator admits this net was unusually fast because he’d already woven in the same space and deliberately “kept it simple,” so the 3.8 sq ft/hour figure is a best case, not what a first-timer should plan around. The video is also a marketing excerpt for his paid course, so the “keep it simple” framing conveniently understates the real learning curve.

Concrete next steps:

  • Watch the free beginner preview before paying — confirm the knot/tensioning workflow clicks for you (~30 min): canopycraft.thinkific.com
  • Price out materials: one 1,000 ft 550-paracord spool + 150 ft static rope, then scale up — this 95 sq ft net alone burned 2,500 ft of paracord (~2.5 spools) (~1 hr planning).
  • Add tree-protection blocks between rope and bark to prevent girdling before committing any load (~research + a few hrs install).
  • Skip if you don’t have four well-spaced, healthy load-bearing trees and 20+ free hours — this is not a quick afternoon project despite the timelapse making it look effortless.

TL;DR

A CanopyCraft creator weaves a rectangular tree net with floor, sidewalls, and an entry portal as a “time trial” to measure how long it takes and how much cord it consumes. The result: ~25 hours, 95 sq ft of floor, 2,500 ft of paracord and 120 ft of rope — though he stresses these times are faster than typical because he reused a familiar space and kept the design simple.

Key Points

  • The build replaces an old demo net with a bigger one featuring a floor, sidewalls, and an entry portal 00:09
  • The explicit goal is a “time trial”: measure total weave time and total cord/paracord consumption 00:18
  • An on-screen timer tracks hours and minutes throughout, and each used-up 1,000 ft roll of paracord is flagged on screen 00:32
  • Perimeter/structural rope was pulled from a single 150 ft bundle, tallied at the end 00:41
  • He chose a “strips” pattern over something fancier because the rectangular space made cord and time tracking cleaner 00:43
  • Total time landed around hour 25, including after-dark sidewall crossweave and finishing loose ends 08:55
  • Floor area was 95 sq ft, calculated as the area between the four anchor trees 09:10
  • Productivity: ~5.6 sq ft/hr for the floor alone (17 hrs), dropping to 3.8 sq ft/hr with sidewalls included (25 hrs) 09:23
  • He cautions these numbers are faster than usual because he was already familiar with the space and avoided ambitious features 09:39
  • Material totals: 2,500 ft of paracord (2,000 floor + 500 sidewalls) and 120 ft of rope 09:58

Notable Quotes

“The whole point of this net is to see how long does it take to weave a net, and then how much rope and paracord does it use.” 00:18

“I told myself to keep it simple and not try anything too fancy. But of course, I had some cool ideas when weaving and couldn’t resist.” 00:58

“These numbers are pretty fast because I already wo[ve] a net here. So I was already familiar with the space. Most of my nets take a little longer.” 09:39

Verified Claims

Tools, Papers & Standards Mentioned

Follow-up Questions

  1. What working load limit and safety factor does a 550-paracord-and-static-rope net of this size actually carry, and how is it tested before use?
  2. How should anchor hardware be sized and tree health assessed so a permanent net doesn’t girdle or damage living trees over years?
  3. What is the realistic time-per-square-foot for a true first-timer following the course, versus this creator’s “already familiar with the space” best case?

Sources