Design Your Own Fence

The right fence for your farm. Built in minutes.

Answer a few questions and we'll build your complete fence solution — products, quantities, and pricing included.

Helpful to know beforehand: your animals, rough fence length, and terrain type.

Most farms done in under 5 minutes.

What animals are you managing?

Select all animals you are managing. You can choose more than one. The energizer will be sized for the most demanding animal.

What type of fence are you building?

Permanent Fence
Permanent Fence

Permanent Fence

Long-lasting boundary fences with high-tensile wire

Offset Fence
Offset Fence

Offset Fence

Add electric protection to existing non-electric fences

Temporary Fence
Temporary/Portable Fence

Temporary/Portable Fence

Flexible grazing systems with lightweight materials

Permanent Fence Installation

Step 1 of 5: Define Your Project's Goal

What is the fence's primary purpose?
Inclusion
Inclusion
Keep livestock in
Exclusion
Exclusion
Keep predators out
Expected lifespan?
10-20 Years
20-30 Years
30+ Years

Permanent Fence Installation

Step 2 of 5: Terrain, Soil Type, Fence Measurements

Fence Type: Permanent

Purpose: —

Expected Lifespan: —

What is your terrain like?
Flat
Flat
Rolling
Rolling Hills
Steep
Steep/Mountain
What's your soil like? 📄 Download Soil Guide

Loam / Moist

Good conductivity - standard grounding works well

Clay

Variable - good when wet, poor when dry

Sandy / Dry

Poor conductivity - more grounding needed

Rocky / Shallow

Very poor conductivity - enhanced grounding needed

Fence Measurements

Permanent Fence Installation

Step 3 of 5: Animal, Posts, Wire Type

Fence Type: Permanent

Purpose: —

Expected Lifespan: —

Terrain: —

Soil Type: —

Fence Length: —

Corners: —

Gates: —

Animal: —

—

Change animal selection

Select your post type:
Insulated Line Posts
Steel T-Posts
Treated Wood Posts
What's the difference?
Wire Type: Recommended based on your animal selection
Select an animal above
Wire type will appear here

Permanent Fence Installation

Step 4 of 5: Power Source

Fence Type: Permanent

Purpose: —

Expected Lifespan: —

Terrain: —

Soil Type: —

Fence Length: —

Corners: —

Gates: —

Animal: —

Wire Type: —

How will you power your fence?
AC Mains
AC Mains Power
Near buildings
Solar
Solar System
Remote locations
Battery
Battery
Portable power
Solar What solar zone do you live in? (What's my zone?)
Please select your solar zone to continue.

Offset/Retrofit Fence Enhancement

Step 1 of 5: Define Your Project's Goal

What is the purpose of this offset wire?
Containment
Containment
Stop livestock from pushing/rubbing on fence
Exclusion
Exclusion
Keep predators/wildlife out

Offset/Retrofit Fence Enhancement

Step 2 of 5: Analyze Your Existing Fence

Existing Fence Details

What are your existing posts made of?
Wood Posts
Steel T-Posts
Other/Mixed

Offset/Retrofit Fence Enhancement

Step 3 of 5: Choose Your Offset Components

How many offset wires do you need?
1 Wire
Basic protection
2 Wires
Top & bottom
3 Wires
Full coverage
Wire type for offset:
Polywire
Highly visible
Polytape
Most visible
Steel Wire
Most durable

Offset/Retrofit Fence Enhancement

Step 4 of 5: Determine Your Power Source

Do you have an existing electric fence nearby?
Yes
Connect to existing
No
Need new energizer

Temporary Fence Setup

Choose Your Temporary Fence Purpose

Rotational

Rotational Grazing

Systematically manage pasture for better health and productivity. Move livestock regularly to fresh forage.

Containment

Temporary Containment

Quick solution for short-term problems. Keep animals in or out of specific areas temporarily.

Rotational Grazing System

Step 1 of 5: Confirm Your Grazing Plan

Animal: —

—

Change animal selection

Rotational Grazing System

Step 2 of 5: Analyze Your Paddock Area

Paddock Dimensions

Rotational Grazing System

Step 3 of 5: Choose Your Grazing Components

Post type for rotational grazing:
Step-in Posts
Easy to move
Wire management:
Geared Reel
Essential for daily moves

Rotational Grazing System

Step 4 of 5: Select Your Power Source

Power options for your setup:
S40
Gallagher S40
Small paddocks
S100
Gallagher S100
Large paddocks
Solar What solar zone do you live in? (What's my zone?)
Please select your solar zone to continue.

Temporary Containment Fence

Step 1 of 4: Define Your Containment Goal

Animal: —

—

Change animal selection

What is your containment need?
Keep Animals Out
Protect garden/crops
Keep Animals In
Temporary holding

Temporary Containment Fence

Step 2 of 4: Analyze the Area

What is the terrain?
Lawn/Garden
Pasture
Rough/Wooded

Temporary Containment Fence

Step 3 of 4: Choose Components & Power

Select post type based on terrain:
Power options for your setup:
S10
Gallagher S10
Small areas
S20
Gallagher S20
Large areas
Solar What solar zone do you live in? (What's my zone?)
Please select your solar zone to continue.

Your Custom Bill of Materials

Complete fence solution with current pricing

Calculating your fence requirements...

Understanding Solar Zones

Solar zones indicate the amount of sunlight available in different geographic regions. This directly affects how much power your solar energizer can generate and store.

Solar zone map for reference (higher zone numbers = more sunlight)

Zone 1 (Less Sun) Zone 6 (Most Sun)

Why Solar Zones Matter

In areas with less sunlight (lower zone numbers), solar panels generate less power. This means:

Finding Your Zone

Your solar zone depends on your geographic location:

Zone 1 Northern regions, limited winter sun
Zone 2 Northern temperate areas
Zone 3 Central temperate regions
Zone 4 Southern temperate areas
Zone 5 Subtropical regions
Zone 6 Tropical / high-sun areas

Tip: If you're unsure about your zone, check with your local agricultural extension office or refer to solar insolation maps for your region. When in doubt, select a lower zone number to ensure adequate solar capacity.

Understanding Post Types

Choosing the right post type depends on your soil conditions, installation preferences, and fencing goals. Here's a detailed comparison of the three main options.

Insulated Line Posts

Best when soil is: Clay, Loam, Sandy (with good depth), or areas where drilling/driving is difficult

What they are: Posts with built-in insulation that allow live wires to be clipped directly to the post without separate insulators.

Pros
  • No separate insulators required (fewer parts, faster install)
  • Consistent wire spacing built into the post
  • Corrosion-resistant (plastic or composite materials)
  • Lower maintenance—no insulator cracking or slipping
  • Clean appearance and consistent fence line
Cons
  • Higher cost per post than steel T-posts
  • Less rigid than treated wood for long spans
  • Not ideal for high-tension corner or end assemblies
  • Can flex in very rocky or shallow soils

Typical use cases: Long straight runs, moderate-tension permanent fencing, farms prioritizing faster installation and cleaner setup.

Steel T-Posts

Best when soil is: Loam, Clay, Compact or mixed soils, areas where driving posts is preferred

What they are: Steel posts driven into the ground, requiring clip-on insulators to hold electric wires.

Pros
  • Strong holding power when properly driven
  • Lower cost per post
  • Quick installation with a post driver
  • Easy to remove and reposition
  • Widely available and familiar to most farmers
Cons
  • Requires separate insulators for each wire
  • Insulators can crack, slide, or wear over time
  • Can rust in wet or corrosive soils
  • Less visually clean than insulated posts

Typical use cases: Permanent fencing with moderate budgets, mixed terrain, retrofit or expansion of existing fence lines.

Treated Wood Posts

Best when soil is: Loam, Sandy (with sufficient depth), areas requiring maximum structural strength

What they are: Pressure-treated wooden posts used for line, corner, and end strain assemblies.

Pros
  • Highest strength and rigidity
  • Ideal for high-tension fencing
  • Long lifespan when properly treated
  • Best option for corners, ends, and gates
  • Familiar construction method
Cons
  • Labor-intensive to install (augering or digging required)
  • Requires separate insulators
  • Higher installation cost
  • Can rot over time in poorly drained soils

Typical use cases: High-tension permanent fences, corner/end/gate assemblies, long-term infrastructure fences.

Summary Comparison

Post Type Strength Install Speed Parts Required Best Use
Insulated Line Posts Medium Fast Minimal Long straight runs
Steel T-Posts Medium-High Fast Insulators required Budget-friendly permanent
Treated Wood Posts High Slow Insulators required Corners, ends, gates