Beef restock mid-July 2026! Pork restock October 2026! Hog shares for Spring 2027 live in the store now! Serving Wise county & surrounding North Texas communities.

Kunekune Front Leg Structure

Learn how to evaluate front leg structure, including shoulder placement, chest width, knees, leg straightness, stance, and more.

Evaluating Kunekune Front Leg Structure

Strong front legs provide the foundation that supports a pig throughout its entire life. Every step, every pound of body weight, and every movement through the pasture depends on a front end that is correctly built.

When evaluating breeding stock, we don't simply ask whether a pig can stand—we ask whether it can remain structurally sound for years of grazing, breeding, farrowing, and raising litters.

At Dos Lobos Ranch, front leg structure is evaluated alongside feet, pasterns, rear legs, movement, and overall balance. No single trait tells the whole story.

Quick Answer

Good Kunekune front legs should be straight, strong, and positioned directly beneath the body. The pig should stand comfortably with balanced weight on both front feet, without excessive toeing in, toeing out, or bowing of the knees.

Correct front leg structure contributes to longevity, sound movement, and overall durability in a breeding program.

What We Evaluate

Trait What We're Looking For
Leg Straightness Legs should travel straight beneath the pig.
Shoulders Smoothly attached with free movement.
Knees Stable without excessive inward or outward deviation.
Chest Width Adequate width for stability while maintaining athletic movement.
Weight Distribution Evenly carried across both front feet.

Common Front Leg Faults

Fault Description Potential Impact
Bow-legged Front legs curve outward. Uneven loading of joints.
Knock-kneed Knees angle inward. Reduced structural efficiency.
Toeing In Front toes point toward each other. May alter stride and hoof wear.
Toeing Out Front toes point outward. Can affect balance and movement.

Always Watch the Pig Move

A pig standing quietly may appear structurally correct, but movement often reveals issues that aren't obvious in a still photograph.

Watch the pig walk naturally across level ground. Pay attention to whether the front feet track straight, whether the shoulders move freely, and whether the pig places equal weight on both front legs.

Many structural faults become much easier to recognize once the animal begins walking.

Real Examples From Our Herd

Throughout this guide we've included photographs from pigs raised here at Dos Lobos Ranch. These examples illustrate both desirable structural traits and faults that influence our breeding decisions.

We believe showing real animals teaches far more than relying on diagrams alone. As our herd grows and matures, this guide will continue to expand with additional examples and annotations.

Our Selection Philosophy

We don't select pigs based on one perfect photograph.

Instead, we evaluate how front leg structure performs over time. We want pigs that remain comfortable on pasture, maintain good movement as adults, and continue supporting themselves through breeding, pregnancy, and years of productive life.

Front legs are only one piece of structural evaluation, but they form an important part of the foundation we build our breeding program upon.

Build from the ground up, and longevity follows. 
Structural evaluation isn't about finding perfection. Minor variations can exist in otherwise excellent breeding animals. Our goal is to identify traits that affect long-term soundness, mobility, and the ability to thrive on pasture. We always evaluate the whole pig rather than making decisions based on a single characteristic.

Frequently Asked Questions

Should front legs be perfectly vertical?

No. A pig should have a natural, balanced stance that supports comfortable movement. Small variations are normal, but obvious structural deviations deserve attention.

Can pigs outgrow front leg faults?

Significant structural defects are less likely to resolve completely and should be considered carefully before using an animal for breeding.

Why don't you evaluate front legs by themselves?

Because the shoulders, feet, pasterns, rear legs, and movement all work together. Looking at one trait in isolation can give an incomplete picture of structural soundness.