Floating Fence Stays Explained by a Pro Fencer

Building fences isn’t hard. Building fences that don’t fail is.
Today we break down a contractor-designed system engineered for strength, speed, and 50-year performance.

Join this channel to get access to perks:
https://www.youtube.com/channel/UCdtlC5DtsgZKCM8gislyDJw/join

In this episode, Tim sits down with manufacturer and former fencing contractor Peter Barrett to unpack the real engineering behind modern fencing systems. From floating stay assemblies to high-tensile wire strainers and tractor mounted efficiency setups. This isn’t theory. It’s field-tested design built from decades of practical experience.

If you build fences, manage livestock, run a property, or want long-term infrastructure that won’t sag, pull, or collapse under load, this deep dive shows exactly how professionals design systems that last.

This video covers floating stay geometry, load direction physics, strainer post depth, tension measurement, wire strain limits, contractor workflow efficiency, and why system design matters more than individual components.

Fenceline Solutions https://www.fencelinesolutions.com.au/

Subscribe for weekly real-world farming and fencing knowledge
Watch more fencing systems videos here: https://www.youtube.com/@FarmLearningWithTimThompson

Share with someone building or upgrading fences

#fencing #farming #regenerativeag #agriculture #farmlife

Featured:
Peter Barrett – fencing manufacturer & former contractor
Systems discussed: floating stay end assemblies, wire strainers, tractor fencing setup, high tensile wire systems

3. Chapters / Timestamps

00:00 Why smart fencing systems matter
00:24 Meet the contractor-turned manufacturer
00:48 The efficiency tractor setup explained
02:35 Spacing posts using wheel sensors
03:54 Floating stay vs buried stay theory
05:20 How load direction affects post failure
06:24 The geometry mistake most fences make
07:39 Where to position stays on posts
09:01 How floating systems redirect force
10:00 Building fences for 50-year lifespan
11:14 Why tension gauges matter for wire
12:34 Designing strainers for high tensile wire
13:16 From contractor to manufacturer
14:45 Speed test installing posts
15:14 New drill-powered wire strainer prototype
16:05 Cost and time behind product development
16:48 Why system design beats shortcuts

floating fence stay system, fence end assembly, fencing load design, strainer post system high tensile wire fencing, fence tension gauge, modern fencing tools, contractor fencing methods force distribution fencing, stay geometry, post load direction, fence engineering principles, infrastructure longevity farming farm fencing Australia, rural fencing UK, ranch fencing USA, livestock fence systems international