Woven Wire / Field Fence Guide
Overview
Woven wire fencing, often called field fence, is one of the most versatile and widely used livestock fencing systems. It provides strong physical containment through interwoven horizontal and vertical wires, making it ideal for cattle, sheep, goats, and mixed livestock operations.
This Woven Wire / Field Fence Guide explains when woven wire is the best choice, how mesh spacing affects containment, recommended post spacing, installation methods, predator resistance, lifespan expectations, and cost comparisons with barbed and electric fencing systems.
This page focuses specifically on woven wire and field fence systems. For electric fencing, barbed wire fencing, or livestock-specific guides, refer to the Cattle Fencing Guide, Goat Fencing Guide, and Sheep Fencing Guide.
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What This Guide Covers
What Is Woven Wire / Field Fence?
Woven wire fence, also known as field fence or stock fence, consists of horizontal line wires interwoven with vertical stay wires to create a flexible yet strong mesh barrier. The connection points are secured using either fixed-knot or hinge-joint construction, with fixed-knot designs offering superior strength and durability.
Common farm applications include perimeter containment for cattle, sheep, and goats, interior pasture divisions, and predator exclusion when combined with electric offset wires. Woven wire adapts well to uneven terrain while maintaining consistent ground-level coverage. For detailed construction styles and application guidance, visit the What Is Woven Wire Fence guide.
What Is Woven Wire / Field Fence?
Is Woven Wire Fence Good for Cattle, Goats, or Sheep?
Woven wire fence compatibility varies by livestock type and mesh configuration. For cattle, woven wire provides reliable containment with less injury risk than barbed wire, though barbed wire may be more economical for large cattle-only operations.
Woven wire excels for goats and sheep when mesh openings are sized appropriately—typically 6-inch vertical spacing or tighter to prevent head entrapment and escape. The continuous physical barrier prevents pushing through and provides better predator protection than strand-based systems. For species-specific recommendations and mesh selection guidance, see the Livestock Compatibility guide.
Woven Wire for Cattle, Goats, and Sheep
What Gauge Woven Wire Fence Is Best?
Wire gauge determines woven wire fence strength and longevity. Common gauges range from 9-gauge (thickest) to 14.5-gauge (thinnest), with lower numbers indicating thicker, stronger wire. Most livestock applications use 11-gauge or 12.5-gauge wire, which balances strength with reasonable material cost.
Heavier 9-gauge wire provides maximum durability for high-pressure areas or large livestock but costs significantly more. Lighter 14.5-gauge wire may be adequate for temporary applications or small animals but lacks long-term durability. Galvanized coating quality also significantly affects rust resistance and lifespan. For gauge selection charts and durability comparisons, see the Best Gauge guide.
Woven Wire vs Welded Wire: Which Is Better?
The comparison between woven wire and welded wire involves trade-offs in flexibility, strength, and application suitability. Woven wire uses interwoven connections that allow the mesh to flex and absorb impact without breaking, making it ideal for livestock that push against fences and for uneven terrain.
Welded wire features electrically welded junction points that create a rigid grid structure. While initially strong, welded joints can fail under impact or flexing stress. Welded wire works well for poultry enclosures, garden fencing, and stationary applications but is less suitable for large livestock. For detailed strength testing and application recommendations, see the Woven vs Welded Wire guide.
Woven Wire vs High-Tensile Fence
Comparing woven wire versus high-tensile fence systems reveals different strengths for different situations. Woven wire provides continuous physical containment through its mesh structure, while high-tensile wire relies on multiple smooth wire strands under high tension.
High-tensile systems use fewer posts and cost less in materials but require precise tensioning and offer less physical containment—animals can potentially push through between strands. Woven wire costs more initially but requires less tension maintenance and provides superior containment for small livestock and predator resistance. For cost analysis and performance comparisons, see the Woven vs High-Tensile guide.
Woven Wire vs High-Tensile Fence
How Much Does Woven Wire Fence Cost per Foot?
Woven wire fence cost per foot varies based on wire gauge, mesh configuration, fence height, and post spacing. Material costs typically range from $1.50–$3.50 per linear foot for standard configurations, while total installed costs including labor often reach $3.00–$6.00 per foot.
Heavier gauge wire, tighter mesh spacing, taller fence heights, and difficult terrain all increase costs. Labor represents 40–60% of total project expense for professional installation. For comprehensive cost breakdowns and budgeting tools, consult the Woven Wire Cost Analysis guide.
Woven Wire Fence Cost per Foot
Can Woven Wire Fence Stop Predators?
Woven wire fence predator resistance depends on mesh tightness, fence height, ground-level security, and whether electric reinforcement is added. Tight-mesh woven wire (4-inch or smaller vertical spacing) prevents most predators from squeezing through and provides a strong physical barrier against climbing.
However, predators that dig—including coyotes, foxes, and dogs—can breach woven wire unless the bottom is buried or protected with ground aprons. Combining woven wire with electric offset strands significantly improves predator deterrence. For predator-specific design recommendations, see the Wildlife & Predator Fencing guide.
Can Woven Wire Stop Predators?
Best Post Spacing for Woven Wire Fence
Proper post spacing for woven wire fence balances structural support with material economy. Standard line post spacing ranges from 8–12 feet on flat terrain, with 10 feet being most common. Closer spacing (8 feet) provides better support on uneven ground, in areas with heavy animal pressure, or when using taller fence heights.
Corner and gate posts require much heavier construction and bracing because they carry the full tension load from the wire mesh. Proper spacing prevents sagging and maintains ground-level contact that is critical for containment and predator exclusion. For spacing charts by terrain and application, see the Post Spacing Guide.
Best Post Spacing for Woven Wire
How to Install Woven Wire Fence Properly
Installing woven wire fence properly requires strong corner bracing, correct post placement, proper mesh tensioning, and secure attachment methods. The installation sequence typically begins with setting corner and gate posts with deep, reinforced bracing, followed by line post placement and alignment.
Mesh tensioning is critical—the wire must be stretched tight enough to maintain structure without over-tensioning that could damage the mesh or pull posts. Specialized stretching tools help achieve proper tension, and staples or clips must secure the mesh without allowing slippage. For step-by-step instructions and common mistake prevention, see the Installation Guide.
How to Install Woven Wire Fence
Does Woven Wire Fence Require Maintenance?
Woven wire fence maintenance requirements are generally lower than barbed wire or electric systems but still necessary for long-term performance. Annual inspections should check for rust development, loose staples or clips, sagging sections, damaged mesh areas, and post stability.
High-quality galvanized woven wire requires minimal intervention beyond occasional post straightening and vegetation control. Lower-grade wire may need rust treatment or section replacement as corrosion weakens the mesh. For maintenance schedules and repair techniques, see the Woven Wire Maintenance guide.
Common Decision Scenarios
If You Need Predator-Resistant Fencing
Woven wire offers strong physical containment that can be reinforced with electric offset wires to create highly effective predator barriers. Tight-mesh configurations with 4-inch or smaller vertical spacing prevent most predators from squeezing through the fence.
Adding a hot wire 4–6 inches above ground on the outside deters digging, while a top offset wire prevents climbing. For comprehensive predator exclusion strategies, see the Wildlife & Predator Fencing guide.
Predator-Resistant Fencing Systems
If You Are Fencing Sheep or Goats
Woven wire with tight mesh spacing is ideal for goats and sheep because it prevents head entrapment while providing continuous physical barriers that these agile animals cannot easily breach. Vertical spacing of 6 inches or less works best for adult animals, while 4-inch spacing prevents lambs and kids from escaping.
The continuous mesh also provides better predator protection than strand-based systems, which is critical for vulnerable small livestock. For species-specific design recommendations, see the Goat Fencing and Sheep Fencing guides.
Goat Fencing Guide | Sheep Fencing Guide
If Terrain Is Uneven or Sloped
Flexible woven wire adapts better to uneven or sloped terrain than rigid panels or fixed-height systems. The mesh can conform to ground contours, maintaining consistent ground-level coverage that prevents animals from crawling under and predators from entering.
On steep slopes, stepped installation or contour-following techniques keep the fence tight against the ground. Additional line posts may be needed in dips and rises to maintain proper tension. For terrain-specific installation techniques, see the Terrain & Soil Considerations guide.
If You Want Long-Term Durability
High-quality galvanized woven wire with proper gauge selection can last 20–30 years or more with correct installation and basic maintenance. Class 3 galvanization provides superior rust resistance compared to lighter coatings, significantly extending service life in humid or coastal climates.
Fixed-knot construction maintains structural integrity better than hinge-joint designs over long periods. For material quality comparisons and lifecycle cost analysis, see the Material Cost Comparison guide.
Long-Term Durability Comparison
If You Are Comparing Cost Options
When comparing fencing costs, woven wire typically falls between barbed wire (lowest initial cost) and electric systems (variable costs depending on configuration). While woven wire has higher material costs than barbed wire, it often requires less maintenance and provides better safety and containment.
Total ownership cost over 20+ years may favor woven wire despite higher upfront investment. For comprehensive cost comparisons across different fence types, consult the Fence Cost & Budgeting guide.
Barbed Wire Fencing | Electric Fence Installation
Key Design & Planning Considerations
Fence Height & Spacing
Woven wire fencing typically ranges from 39–60 inches in height depending on livestock type and predator risk. Cattle fencing commonly uses 47-inch or 52-inch heights, while sheep and goat fencing may use shorter heights with tighter mesh spacing.
Lower mesh openings feature tighter vertical spacing (4–6 inches) to prevent lambs, kids, and small predators from passing through, while upper sections may have wider spacing to reduce material cost. Post spacing usually ranges from 8–12 feet, with closer intervals needed on uneven ground or in high-pressure areas. Proper height selection reduces escape attempts and predator entry risk.
Safety Factors
Unlike barbed wire, woven wire provides a smooth containment surfacewith no sharp barbs, significantly reducing cuts and injury risk for all livestock types. However, improper mesh sizing can cause head entrapment in goats if vertical spacing is too wide—animals may push their heads through but be unable to withdraw.
Choosing appropriate vertical spacing based on the smallest animals in your operation is critical for safety. Woven wire also poses less danger to wildlife, pets, and people who may contact the fence compared to barbed alternatives.
Cost & Maintenance
Woven wire has higher upfront material cost than barbed wire—typically 60–100% more per linear foot—but often requires fewer repairs and less frequent maintenance over its service life. Galvanized coatings resist rust and corrosion, extending lifespan to 20+ years in most climates and 30+ years with premium materials.
Long-term maintenance costs include occasional post straightening, replacing damaged mesh sections, vegetation control, and rust treatment in high-moisture areas. For lifecycle cost analysis and budgeting tools, see the Fence Cost & Budgeting guide.
Installation Complexity
Woven wire installation requires strong corner braces, tensioning tools, and proper stretching technique to achieve optimal performance. Poor installation leads to sagging, gaps at ground level, and premature structural failure.
Corner and gate posts must be set deeper (30–36 inches minimum) and braced more heavily than line posts because they carry the full tension load from the mesh. Proper tensioning technique prevents over-tightening that can damage the mesh or under-tensioning that allows sagging. For installation guidance, see the Fence Planning Basics guide.
Legal & Boundary Considerations
Local fence regulations may specify minimum height requirements, construction standards, or material types for livestock containment. Some jurisdictions require specific setbacks from property lines, roads, or waterways that affect fence placement.
Shared boundary fences between neighbors may have legal requirements regarding cost sharing, maintenance responsibilities, and design approval. Always verify local ordinances and property line locations before installation to avoid costly disputes or non-compliance issues.
Related Fence Systems
- Barbed Wire Fencing Guide – Lower-cost strand-based alternative
- Electric Fence Installation – Behavioral deterrence systems
- High-Tensile Wire – Low-maintenance smooth wire option
- Welded Wire Mesh – Rigid grid construction comparison
- Fence Planning Basics – Layout and design fundamentals
- Fence Cost & Budgeting – Comprehensive cost planning
Frequently Asked Questions
Is woven wire fence stronger than barbed wire?
Yes, woven wire provides continuous physical containment through its interwoven mesh structure and is generally stronger and more secure for mixed livestock than barbed wire’s strand-based design.
How long does woven wire fence last?
High-quality galvanized woven wire with proper gauge can last 20–30 years with correct installation and basic maintenance. Premium materials and coatings may exceed 30 years in favorable climates.
Is woven wire safe for goats?
Yes, woven wire is safe for goats if mesh spacing is tight enough (6 inches or less) to prevent head entrapment—a critical safety consideration for this livestock type.
Can woven wire stop predators?
Woven wire can deter many predators, especially when mesh spacing is tight (4 inches or less) and when combined with electric offset wires to prevent climbing and digging.
Is woven wire more expensive than barbed wire?
Yes, woven wire has higher upfront material costs—typically 60–100% more per foot than barbed wire—but it often requires less maintenance and provides better long-term value.
Final Recommendations
Woven wire fencing is one of the most versatile livestock fencing systems available, providing strong containment for cattle, sheep, goats, and mixed livestock operations while offering better safety and predator resistance than barbed wire alone.
Choose woven wire if you prioritize durability, animal safety, and long-term performance over initial cost savings. For large acreage cattle-only operations where budget is the primary constraint, barbed wire may reduce initial investment. For rotational grazing flexibility and behavioral training, consider electric fencing systems.
Use the linked guides above to compare materials, costs, installation complexity, and maintenance requirements before making your final decision. Proper planning, correct material selection, and professional-quality installation will maximize the value and service life of your woven wire fence investment.