Best Electric Poultry Netting

Electric poultry netting is the most practical way to give your flock free-range access while keeping ground predators out. It sets up in minutes, moves easily to rotate pasture, and delivers a deterrent shock that stops foxes, coyotes, raccoons, and neighborhood dogs in their tracks. For anyone who has lost birds to predators, electric netting is the upgrade that makes free-ranging viable again.

The best systems combine durable netting with a reliable solar energizer. Cheap netting sags, tangles, and shorts out in wet grass. A weak energizer does not deliver enough voltage to deter determined predators. This guide covers the systems that actually work.

How Electric Poultry Netting Works

The netting consists of horizontal conductive wires woven into a plastic mesh, supported by built-in plastic posts with metal spikes. An energizer sends brief pulses of high-voltage, low-amperage electricity through the wires. When a predator touches the fence while standing on the ground, the circuit completes through the animal and delivers a sharp but harmless shock. The predator retreats and does not return.

Net heights range from 42 to 48 inches. Standard roll lengths are 82 to 164 feet. Multiple rolls can be connected end-to-end to enclose larger areas. The netting is portable—pull the posts, roll up the net, and re-set it on fresh ground in 15 to 20 minutes.

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Setup Tips

Clear grass and weeds from the fence line before setting posts. Vegetation touching the wires drains voltage and can reduce the shock below deterrent level. Mow or trim a two-foot strip under the netting. In wet conditions, vegetation contact is the most common reason electric netting fails to stop predators.

Drive corner posts firmly into the ground and tension the netting between them. Sagging nets with folds touching the ground will short out. Use the built-in step-in posts at their full spacing to keep the netting taut and upright.

Test your fence with a fence tester (a simple handheld device that reads voltage on the wire). A properly functioning net should read 3,000 to 5,000 volts or higher. Below 2,000 volts, predator deterrence is unreliable. Check weekly and after storms.

Limitations

Electric netting does not stop aerial predators (hawks, owls, eagles). It does not work well on very rocky or uneven ground where the bottom wire cannot contact the soil consistently. And it requires an energizer that stays charged—a dead energizer is just a regular fence that a determined predator will push through. Monitor your system regularly and treat it as critical infrastructure, not a set-and-forget solution.

Choosing the Right Net Height

Most electric poultry netting comes in 42-inch or 48-inch heights. For standard breeds (Orpingtons, Plymouth Rocks, Australorps), 42 inches is sufficient. For lighter breeds that are more inclined to fly (Leghorns, Hamburgs, and some game breeds), 48 inches provides better containment. If you keep a mixed flock, go with 48-inch netting—it costs slightly more but eliminates the frustration of chasing flighty hens that sail over the shorter fence.

Wing clipping is an alternative to taller fencing. Trimming the flight feathers on one wing unbalances the bird enough to prevent sustained flight over a fence. However, this leaves the bird less able to escape ground predators within the fenced area, so it is a tradeoff. Most keepers prefer the taller netting over wing clipping because it provides passive containment without reducing the flock's predator-evasion ability.

Energizer Sizing

Energizer output is measured in joules. More joules means the energizer can maintain adequate voltage across longer fence runs and in challenging conditions (wet vegetation, heavy weed contact). A general guideline: 0.25 joules handles one to two rolls (up to 330 feet), 0.5 joules handles three to four rolls, and 1.0 joule handles up to six rolls or situations where vegetation contact is unavoidable.

Under-sizing your energizer is the most common mistake. A fence that reads 4,000 volts on a dry day may drop to 1,500 volts after a rainstorm when wet grass contacts the wires. A more powerful energizer maintains deterrent voltage even in adverse conditions. It is better to over-size slightly than to discover your fence has failed after a predator has already gotten in.

Grounding

The energizer’s ground rod is as important as the energizer itself. A poor ground connection reduces voltage dramatically. Drive the ground rod at least three feet into moist soil. In dry or sandy soil, use two ground rods connected in series and spaced at least ten feet apart. Water the area around the ground rod during dry spells to maintain conductivity. Test ground quality with a fence tester—voltage at the furthest point on the fence should be within 2,000 volts of the reading at the energizer.

Rotational Grazing With Netting

Electric netting excels in rotational grazing systems. Set up two or three paddocks with separate netting enclosures and rotate the flock every one to two weeks. This gives vegetation time to recover, breaks parasite cycles, and distributes manure evenly across your pasture. The portability of electric netting makes rotation straightforward—pulling and re-setting a single roll takes about 15 minutes once you have the routine down.

For maximum pasture benefit, size each paddock to provide at least 250 square feet per bird. Smaller paddocks get stripped and damaged quickly. Larger paddocks maintain grass cover and provide meaningful forage. A flock of 12 hens in a three-paddock rotation needs about 9,000 square feet of total pasture, or roughly 3,000 square feet per paddock.

Maintenance and Troubleshooting

Check fence voltage weekly with a handheld fence tester. Low readings usually indicate vegetation contact, a grounding issue, or a failing energizer battery. Walk the fence line and clear any grass or weeds touching the wires. If voltage remains low after clearing vegetation, check the ground rod connection and the energizer battery charge. Replace rechargeable batteries every two to three years as their capacity degrades.

Inspect the netting itself for damage monthly. Broken wires, stretched mesh, and cracked post spikes all reduce effectiveness. Most netting manufacturers sell repair kits with splice connectors for broken wires. Replace posts with cracked spikes before they break and cause a section of netting to collapse. A well-maintained net lasts three to five seasons before UV degradation and wear require replacement.

Cost-Benefit Analysis

A quality electric netting setup costs 250 to 400 dollars for the netting and solar energizer combined. Compared to the cost of losing birds to predators—both the monetary value of the hens and the emotional toll—the investment pays for itself quickly. A single predator attack can kill multiple birds in one night, and heritage breed hens cost 20 to 40 dollars each to replace. Beyond replacement costs, established hens in peak production are worth far more than day-old chicks that need months of feeding before they start laying. Electric netting is not just a fence; it is insurance for your flock investment.

Store netting properly when not in use. Roll it loosely with posts aligned, tie it in two or three places, and store indoors or under a tarp. UV exposure during storage accelerates degradation. Tangled netting is miserable to deploy and frequently has broken wires from the untangling process. Take the extra five minutes to roll it neatly and you will save an hour of frustration next season.