Gallagher eShepherd™ Explained

How virtual fencing and eShepherd work

Short, plain answers for anyone who wants to understand virtual fencing, the eShepherd neckband and what happens on the farm. No account needed.

Three steps, every time

  1. Draw

    The farmer draws a virtual paddock on a map in the eShepherd app and assigns it to a mob.

  2. Send

    Neckbands pick up the new boundary over the mobile network, or through a base station where there is no coverage.

  3. Cue

    At the line the neckband plays a tone. If the cow turns back, that is it. If she keeps going, a mild pulse follows.

Read the full explanation

The basics

What virtual fencing is, how eShepherd does it, and what you get.

  1. What is virtual fencing?

    Virtual fencing keeps cattle inside a boundary drawn on a map, using sound cues from a GPS neckband instead of posts and wire.
    3 min read
  2. How eShepherd works: draw, send, cue

    Every virtual fence follows three steps. You draw the paddock, the neckbands receive it, and a tone at the line turns cattle back.
    3 min read
  3. What's in the kit: neckband, app, base station and pause device

    The system has four parts, and most farms need only two of them. Here is what each part does and when you need it.
    4 min read
  4. Is eShepherd right for my farm?

    Four questions decide whether virtual fencing fits your place, from the job you want the fence to do to the state of your boundary fences.
    3 min read

Cattle and training

How cattle learn the fence, and what keeps them safe.

  1. How cattle learn a virtual fence

    Most mobs learn the virtual fence in 7 to 10 days in a simple training paddock. Here is what happens, and what the farmer does.
    4 min read
  2. Sound first, pulse rarely: the cues and the welfare safeguards

    A tone always comes before any pulse, and trained cattle respond to the tone alone. Here is how the cues work and what keeps them safe.
    4 min read

Connectivity and power

How a boundary reaches the neckband, and how the neckband stays charged.

  1. Mobile network or base station?

    Neckbands get their boundaries over the mobile network, or through an on-farm LoRa base station where there is no coverage.
    4 min read
  2. Powered by the sun: how neckbands stay charged

    Neckbands charge themselves from two solar panels. There are no plugs, but they need regular direct sun, and new ones need a head start.
    3 min read
  3. How accurate is the GPS, and what happens when the network drops?

    GPS is most precise near a virtual fence, where it matters. If the network drops, neckbands keep holding the current paddock for a set period.
    3 min read

Grazing with eShepherd

Fences that move, and keeping cattle where you want them.

  1. Rotational and strip grazing with a fence that moves

    Redraw paddocks for rotation, schedule moves in advance, or let Moving Fence release fresh feed on its own. Your boundary fences stay put.
    4 min read
  2. Keeping cattle out: waterways, crops and hazards

    An exclusion zone keeps cattle out of an area inside their paddock, from a creek to a crop, without building a fence around it.
    4 min read

Getting started

From quote to first fence, and where to get help.

  1. From quote to first fence: what getting started looks like

    The path from first enquiry to a trained mob, step by step, including who helps along the way and where retailers and partners fit.
    4 min read

Where next?

Build an indicative quote in a few steps, or talk to the eShepherd team about your farm.