Best Deer Netting for Small Orchards and How to Choose
Selecting the right netting depends on the specific deer pressure in your area and the size of your fruit trees. While lightweight plastic options are cheaper, they often fail after a single season of exposure to wind and sun. Investing in high-tensile materials saves time and money by preventing frequent repairs. You'll find that proper tensioning is just as important as the material quality itself.
At a glance
| Material | Lifespan | Best Use |
|---|---|---|
| High-Tensile Poly | 10-15 years | Permanent perimeter |
| Standard Plastic | 1-2 years | Temporary protection |
| Woven Steel | 20+ years | High-pressure areas |
What are the primary differences between extruded and woven deer netting materials?
Extruded netting is manufactured as a single piece of plastic, whereas woven netting consists of individual strands knotted together. Woven products offer superior tensile strength, often exceeding 600 pounds of break force per strand, making them more resistant to the constant pressure applied by deer attempting to push through the barrier.
How does mesh size affect the effectiveness of a barrier against different deer species?
Smaller mesh sizes, such as 0.75 inches, are effective at deterring smaller deer species or fawns, but they increase wind load, which can cause fence sagging or structural failure during storms. Larger 2-inch meshes are generally sufficient for white-tailed deer. Many people assume that a smaller mesh size is always more secure, but smaller openings actually provide more surface area for wind to catch, which can lead to premature tearing or post collapse in exposed orchard locations. Larger, properly tensioned mesh is usually more durable and less prone to wind-induced damage.
What is the recommended height for a perimeter fence to prevent deer from jumping into a small orchard?
A fence height of at least 8 feet is required to reliably prevent deer from jumping into an orchard, as they can easily clear lower obstacles.
- 8-foot height: This serves as the standard vertical threshold, as most deer will not attempt a jump unless they are spooked or cornered.
- Sloped terrain: If the orchard is on a hill, you must measure the 8-foot clearance from the uphill side to maintain the barrier's integrity.
- Visual deterrents: Adding white flagging or streamers to the top of the fence helps deer perceive the height, discouraging them from attempting a leap.
- Double fencing: Using two 4-foot fences spaced 5 feet apart creates a depth perception issue that often stops deer from jumping.
Which installation techniques are most effective for securing netting to prevent animals from crawling underneath?
Securing the base requires more than just surface-level attachment to prevent opportunistic digging. The most reliable method involves creating a ground apron by folding 12 to 18 inches of the netting outward along the base of the fence line, then pinning it down with 10-inch U-shaped landscape staples every 2 feet. This creates a physical barrier that animals encounter before reaching the vertical fence, as they naturally try to dig directly at the base of the upright mesh.
Alternatively, burying the bottom 6 inches of the netting in a shallow trench filled with soil or gravel works well for permanent installations. This prevents small animals from pushing underneath. The nuance here is that in rocky soil, trenching becomes labor-intensive, making the surface-stapled apron a more practical choice for many orchardists. Regardless of the method, make sure the tension remains tight to prevent large gaps from forming over time.
What are the long-term maintenance requirements for high-tensile versus lightweight plastic netting?
High-tensile netting requires minimal annual inspection, while lightweight plastic needs frequent monitoring for UV degradation and sagging. You should use these figures to budget for labor costs and replacement materials over a 15-year period.
| Material | Inspection Frequency | Tension Adjustment |
|---|---|---|
| High-Tensile | Once per year | Every 3-5 years |
| Lightweight | Every 3 months | Every 6-12 months |
| Woven Steel | Once per year | Rarely needed |
How can orchardists balance the need for deer protection with the necessity of pollinator access?
Yes, you can balance these needs by using a 2-inch mesh, which is large enough to allow honeybees and most native pollinators to pass through freely. This size remains small enough to block deer while ensuring that at least 80 percent of the fence area remains open for insect movement.
What factors determine the UV resistance and expected lifespan of various netting products?
UV resistance is determined by the concentration of carbon black or specific chemical stabilizers added to the polymer during the manufacturing process. These figures help you estimate the degradation rate based on your local solar intensity.
| Material Type | UV Stabilizer % | Expected Years |
|---|---|---|
| Heavy Poly | 2.5% - 3.0% | 12-15 |
| Standard Poly | 1.0% - 1.5% | 5-7 |
| Economy Plastic | 0.5% | 1-2 |
Use these percentages to compare product labels, as higher stabilizer content directly correlates to a slower breakdown of the plastic's molecular structure under direct sunlight.
Are there specific local regulations or zoning laws that restrict the use of certain types of wildlife fencing?
Local zoning laws often dictate specific materials or heights for perimeter fencing to preserve the aesthetic character of rural or residential areas.
- Setback distance: Many municipalities require fences to be placed at least 5 to 10 feet back from the property line to prevent obstruction of public rights-of-way.
- Height restrictions: Some residential zones limit non-privacy fencing to 6 feet, which may necessitate a variance or the use of secondary interior barriers for your orchard.
- Material bans: Certain homeowner associations prohibit plastic or high-tensile mesh in favor of wood or metal, which may require creative internal orchard designs.
- Wildlife corridors: Specific regions enforce laws requiring gaps at the bottom of fences to allow for the movement of small, non-deer wildlife species.
Mistakes to avoid
- Underestimating deer persistence. Deer will push through weak, thin netting if they smell fruit, so choose a high-tensile material rated for heavy impact.
- Ignoring the bottom gap. Animals crawl under loose edges easily, so bury the bottom six inches of netting or pin it securely to the ground.
- Using too small a mesh. Very fine netting can trap birds and small pollinators, so aim for a two-inch square mesh to allow beneficial insects through.
Securing your orchard for the long term
Choose high-tensile polypropylene for a balance of durability and ease of installation. Inspect your perimeter twice a year to ensure tension remains tight and no gaps have formed near the ground.