Fence Height and Mesh Size to Block Wild Boars Effectively?

Photo	Popular Pest Repellents	Price
	16/32oz Peppermint Spray to Repel Bugs & Insects - Natural Plant-Based Ant, Roach, Spider, Fly Repellent - Indoor/Outdoor Safe, Pet & Family Friendly Pest Control (16 Fl Oz)	Check Price On Amazon
	Nature's Dome Pest Control Starter Kit – Makes 3 Bottles (16 oz Each) – Eco-Friendly, Plant-Based Formula for Ant, Roach, Spider, Fly, Flea & Insect Control – Child & Pet Safe for Indoor/Outdoor Use	Check Price On Amazon
	(2025 Upgraded) Ultrasonic Insect & Pest Indoor Repeller – Stronger Driving Force, Plug-in Control Electronic Repellent for Roach, Mouse, Rodent, Bugs, Spider, Mice, Ant, 2 Mode Switching (6 Pack)	Check Price On Amazon
	LONYEON 8L Electric ULV Cold Fogger Machine with Backpack Mist Atomizer, Adjustable Flow Rate, Large Area Spraying for Home Indoor Outdoor	Check Price On Amazon
	Pest Control, Mouse Repellant Pouches, 10 Pack, Mice Repellent Indoor, Peppermint Oil for Rodents & Cucarachas & Spiders & Snakes, Safe Effective Rodent Repellent for Car Engines, RV, Home Use	Check Price On Amazon

1. Rooting underneath the fence baseline — the most common failure mode, entirely preventable with correct base design
2. Pushing and lifting mesh panels with their powerful neck and shoulder muscles
3. Squeezing through gaps — particularly juveniles and piglets, which can penetrate openings as small as 4 to 5 inches

The most common misconception driving poor fence design is the assumption that wild boars jump. According to USDA APHIS Wildlife Services documentation, wild boars are not natural jumpers and rarely clear barriers by leaping.

Their primary threat is horizontal, not vertical. Studies referenced by wildlifemanagement.com suggest wild boars can exert 200 to 400 pounds of lateral pressure against fence panels, applying sustained force at the mesh and post junctions rather than attempting to leap over the top.

Feral pig hybrids (the dominant population across the United States, including California) may test fences more persistently than pure wild boars due to reduced natural wariness of human structures. Understanding snout height from the ground (approximately 8 to 12 inches for adults) is also critical because it determines correct electric strand placement, which is covered in detail later in this guide.

Once you understand how boars breach fences, every specification in this guide makes sense, starting with the single most debated question: how tall does a fence actually need to be?

Here is a data-backed snapshot of wild boar fencing effectiveness based on research and field trial data.

How Tall Does a Fence Need to Be to Keep Wild Boars Out?

For most wild boar situations, a fence height of 36 to 48 inches (90 to 120 cm) is effective. The right height for your specific situation depends on boar population pressure, property type, and how much rooting activity you are experiencing.

The following table shows the three protection levels with height recommendations, best use cases, and key notes.

Height matters far less than base reinforcement. Since boars push and root rather than jump, a 36-inch fence with a proper buried apron outperforms a 60-inch fence with an unprotected base every time.

Trophy-sized boars and larger adult males may occasionally push over inadequately anchored shorter fences, which makes proper post anchoring critical regardless of height selection. The California Department of Fish and Wildlife (CDFW) documents wild boar and feral pig populations concentrated in the Sierra Nevada foothills and Coast Range, where the standard 48-inch specification is appropriate for most agricultural properties.

Western Australia’s Department of Primary Industries and Regional Development (WA DPIRD) field trial data showed 87% damage reduction with properly specified fencing, confirming that correct specifications matter more than simply adding height. Height alone solves only one of the three breach methods. The next sections address the other two.

Height sets the upper boundary of your fence system. But the most critical measurement, the one that determines whether boars push through rather than over, is mesh opening size.

What Is the Best Mesh Size to Stop Wild Boars From Pushing Through?

Mesh size selection is where most wild boar fencing fails, not because the mesh is too large for adults, but because it is completely inadequate for juveniles and piglets. Two different mesh specifications are often needed: one for the lower 18 to 24 inches of the fence (the juvenile exclusion zone) and one for the upper portion.

The following table compares mesh opening sizes and their exclusion performance by life stage.

What Mesh Size Stops Adult Wild Boars From Pushing Through?

For adult wild boars, a mesh opening of 6×6 inches (15×15 cm) or smaller provides effective exclusion when paired with proper wire gauge. The 6×6-inch mesh stops adult boars not by being too small to fit through, but because properly tensioned heavy-gauge wire in this configuration resists the 200 to 400 pound lateral pressure adults apply.

Mesh alone is insufficient. It must be combined with minimum 12.5-gauge wire to resist sustained boar force, as documented in USDA APHIS feral swine management publications.

Hog panels (heavy-gauge welded wire panels) are a robust alternative to woven wire mesh, offering extreme resistance to push-through but at a higher cost per linear foot. Larger mesh openings (8×8 inches or greater) fail not because adults squeeze through, but because lower wire tension in larger-opening mesh allows panels to bow under sustained pressure, eventually creating ground-level gaps.

What Mesh Size Prevents Wild Boar Piglets and Juveniles From Squeezing Through?

Here is the gap most fence guides miss entirely: wild boar piglets can squeeze through openings as small as 4 to 5 inches, meaning standard 6×6-inch mesh that works for adults will fail completely during spring farrowing season. Piglet exclusion requires mesh openings of 4×4 inches (10×10 cm) or smaller for the lower 18 to 24 inches of the fence.

This lower zone matters because piglets and juveniles enter low and follow the fence baseline searching for gaps. They rarely attempt entry above 18 inches from the ground.

The practical layered solution is to use 4×4-inch welded wire or woven wire mesh for the lower 24 inches, transitioning to 6×6-inch woven wire above. This balances cost and exclusion effectiveness without requiring full-height close-mesh fencing.

In California, spring farrowing season runs from approximately February through May. Sows with piglets are most mobile during this period, and fence-testing pressure increases significantly across the Sierra Nevada foothills and Coast Range regions.

NC State Extension research notes that mesh size affecting piglet exclusion is one of the most underdiscussed aspects of feral swine management. VerCauteren et al. (2017), published through USDA APHIS, provides scientific support for the electric fence designs and mesh specifications described in this guide.

Now that you have selected the right height and mesh size, the third specification, wire gauge, determines whether your fence can physically withstand the pressure boars apply.

What Wire Gauge Is Strong Enough to Withstand Wild Boar Force?

Wire gauge is the specification most buyers downgrade to save money, and it is the one that leads directly to fence failure within the first season. In the wire gauge numbering system, a lower gauge number means a thicker, stronger wire. The table below shows gauge options and their suitability for wild boar exclusion.

12.5-gauge woven wire is the minimum acceptable specification for any wild boar exclusion fence. 11-gauge is preferred for permanent, high-value installations such as vineyards and commercial orchards.

Class 3 galvanized wire (heavier zinc coating) provides significantly better corrosion resistance than Class 1 wire, which is critical for longevity in wet climates, coastal California, or flood-prone areas. For high-pressure areas, look for wire with a minimum tensile strength of 170,000 PSI (high-tensile wire classification).

The price difference between 14-gauge and 12.5-gauge wire per linear foot is minimal compared to the cost of fence failure and crop loss. This is one of the worst places to cut costs in a wild boar exclusion system.

With height, mesh, and gauge selected, the final and arguably most critical structural element is what happens below ground. Stopping wild boars from rooting under your fence requires a specific buried apron design.

How Do You Stop Wild Boars From Rooting Under a Fence?

Rooting under the fence baseline is the single most common failure mode in wild boar exclusion, and it is entirely preventable with the right underground design. Here is the step-by-step anti-rooting installation process.

The step-by-step anti-rooting installation guide below walks through installation for different soil types. I have personally seen this design prevent breaches on properties where previous straight-buried fences failed within the first season of active boar pressure.

A single electric strand placed 8 inches from the ground significantly reduces rooting attempts by training boars to avoid the fence baseline entirely. This is covered in detail in the next section.

Physical and electric fencing form your primary and secondary defense layers. For natural pest control practitioners and permaculture farmers, there is a third layer that competitors almost never discuss: living plant barriers that work alongside wire fencing to create a comprehensive, low-input wild boar exclusion system.

How Should You Use Electric Fencing to Reinforce a Wild Boar Barrier?

Electric fencing does not replace physical mesh fencing for wild boars. It makes physical fencing dramatically more effective by teaching boars that approaching the fence results in an unpleasant consequence.

Wild boars are highly intelligent and cautious animals. A single negative electric experience at the fence line significantly reduces repeat testing attempts. This is why electric strands are described as behavioral deterrents rather than physical barriers in wildlife management literature, including Penn State Extension and VerCauteren et al. (2017).

Recommended strand placement:

• First strand: 6 to 8 inches from the ground — targets snout contact during rooting approach (most critical strand)
• Second strand: 12 to 18 inches from the ground — targets shoulder and body contact during push attempts
• Optional third strand: 24 inches — additional security for high-pressure or high-value areas such as vineyards

Minimum voltage is 3,000 volts, with 5,000 volts being optimal for reliable deterrence. Use a low-impedance energizer that maintains voltage even under vegetation load (grass and brush contacting the wire).

Energizer sizing by property scale:

• Small gardens: minimum 0.5-joule output
• Farm-scale applications: 1 to 3 joule output
• Remote properties: solar-powered energizers are now cost-effective, with prices reduced approximately 70% compared to earlier-generation models

Poor ground rod installation is the single most common electric fence failure point. Use a minimum of three 6-foot ground rods spaced 10 feet apart in series. Increase to five rods in dry or sandy soil conditions.

Penn State Extension documents a baited electric fence training technique in which bacon grease or peanut butter is applied to the wire during initial deployment. This trains boars to contact the wire with their snout, dramatically accelerating behavior modification and reducing future fence-testing frequency. You can explore additional approaches to deterring boars through scent-based and visual deterrent strategies that work well alongside electric fencing systems.

Can Living Hedges and Natural Plants Work as Wild Boar Barriers? (The Natural Pest Control Approach)

Living hedges and thorny plant barriers cannot replace wire fencing as standalone wild boar exclusion systems. As an outer layer integrated with physical fencing, however, they represent one of the most effective and sustainable natural pest control strategies available.

Thorny hedgerow plantings serve three functions alongside wire fencing:

1. Physical deterrence: Dense thorny growth discourages boars from approaching and testing the fence line
2. Visual screening: A solid hedgerow reduces boar awareness of what is on the other side, lowering motivation to investigate
3. Maintenance reduction: Established hedgerows reduce vegetation clearing frequency and deter regular fence testing over the long term

The following table shows the most effective thorny hedgerow species for wild boar exclusion integration.

The recommended integrated system is to plant thorny hedgerow species on the outer side of the wire fence. The wire handles immediate exclusion while the hedgerow establishes over 3 to 5 years and eventually becomes the primary deterrent layer.

In California, native thorny shrubs including toyon (Heteromeles arbutifolia) and coyote brush (Baccharis pilularis) can complement imported hedgerow species in California-appropriate living fence systems. Community experience documented on permies.com validates the effectiveness of thorny hedgerow integration in real-world homestead and small farm applications.

From a permaculture and natural farming perspective, living fences provide habitat for beneficial insects, wildlife corridors for non-pest species, and food production from hawthorn berries, blackberries, and sloe. This aligns directly with the natural pest control philosophy of creating resilient, low-input systems rather than single-purpose barriers. For a deeper look at protecting vulnerable garden areas, see the guide on protecting young trees and raised beds from wild boar damage, which pairs well with the living fence integration approach.

Be honest about timeline. Living hedges take 3 to 5 years to become physically effective. They are long-term investments, not immediate solutions.

Whether you choose wire-only or an integrated natural system, all fence designs have predictable weak points where wild boars concentrate their testing efforts. Knowing these vulnerability zones and reinforcing them before they fail separates effective exclusion from expensive disappointment.

Where Are the Weakest Points in Any Wild Boar Fence System?

Wild boars are predictably methodical fence testers. They consistently probe the same structural weak points in every fence design, and knowing where these are lets you reinforce them before a breach occurs.

The six critical weak points in any wild boar exclusion fence:

1. Gate openings: Gates are the most common breach point in otherwise well-built fences. Boars can detect the slight gap between gate and post. Reinforce with heavy-gauge gate frames, a buried apron under the gate, and an electric strand across the gate front.
2. Corner posts: Fence tension concentrates at corners, causing wire to loosen at post attachment over time. Use braced, concrete-set corner posts and inspect wire attachment points every season.
3. Post-spacing intervals on slopes: On sloped terrain, fence panels naturally belly away from the ground between posts, creating ground-level gaps. Reduce post spacing to 6 feet on any slope greater than 15 degrees.
4. Low drainage points and flood channels: Scouring around fence bases during rain events exposes buried aprons or creates gaps. Prioritize inspection and repair after significant rainfall events.
5. Areas adjacent to natural food sources: Boars test fences most aggressively where they can smell irrigated gardens, composting areas, orchards in fruit, or ripening crops. These sections experience disproportionate fence pressure and warrant electric strand reinforcement. Properly securing compost areas is especially important, and you can find practical guidance in this guide to securing compost bins and pet food from wild boars.
6. Buried apron gaps: Any section where apron installation was incomplete, meets a different soil type, or has been disturbed by burrowing animals becomes a rooting access point that boars will exploit quickly.

Signs of active nocturnal fence testing (entirely absent from all competitor resources):

• Fresh rooting scrapes along the fence baseline within 6 to 18 inches of the fence
• Mud transfer and rub marks on lower fence panels
• Disturbed soil at post-to-ground junctions
• Loosened wire staples or bent lower mesh
• Hair tufts caught in mesh near ground level
• Trail camera captures of nocturnal fence investigation behavior

Deploying a trail camera at known weak points is the single most effective monitoring tool available to property owners. It reveals exactly where, when, and how frequently boars are probing the fence, allowing targeted reinforcement before a breach occurs.

What Fence Specifications Should You Choose for Different Property Types and Budgets?

The right wild boar fence specification depends on three variables: how much boar pressure you are facing, what you are protecting, and your available budget per linear foot.

Decision framework:

• Low pressure (occasional signs, no active damage) plus small garden: Tier 1
• Moderate pressure (regular damage, established boar activity) plus farm or orchard: Tier 2
• High pressure (nightly damage, large sounder activity) plus high-value crops or vineyards: Tier 3

Portable electric fencing is a viable option for renters, temporary seasonal crop protection, and budget-constrained situations. The minimum portable configuration uses three strands at 6, 12, and 24 inches with a 1-joule energizer minimum.

The critical limitation of portable systems is consistency. A single incorrect installation allows boars to breach and learn the area is no longer protected, making future deterrence significantly harder. USDA APHIS estimates feral swine cause $2.5 billion in annual U.S. agricultural damage. A properly installed fence protecting a high-value orchard typically pays for itself in a single season of crop loss prevention.

California’s decomposed granite soils, common in the Sierra Nevada foothills, require deeper post anchoring (3 or more feet) and deeper apron burial (minimum 18 inches) compared to clay soils. UC ANR and CDFW guidelines both address these California-specific installation requirements.

Before finalizing your fence specification, use this interactive tool to find the right configuration for your situation.

When Is Wild Boar Fence Pressure Highest? A Seasonal Management Calendar

Wild boar fence pressure is not constant throughout the year. It follows predictable seasonal patterns tied to food availability, reproduction, and weather that every property owner should plan around.

As acorn, nut, and fruit crops decline in fall, wild boar sounders expand their foraging range dramatically. This is the single highest-risk period for fence breaches across most of California and the Southeast United States.

Sows farrowing in early spring produce litters of 4 to 8 piglets. These juvenile animals test fence mesh systematically and exploit any gap that the adult fence specification misses, which is why verifying your lower-zone mesh size before February is the most critical spring preparation step.

California’s Mediterranean climate creates a consistent midsummer surge in boar pressure around irrigation systems, ponds, and vegetable gardens during dry periods. This California-specific pattern is absent from most national fencing guides but is well-documented in CDFW field observations. Scheduling a comprehensive annual fence inspection in September, before peak fall pressure, is the highest-priority maintenance calendar item for any property in active boar territory.

How Do You Install and Maintain a Wild Boar Exclusion Fence? A Step-by-Step Summary

Correct installation sequence matters as much as correct specifications. A fence built with the right materials but in the wrong order will underperform predictably.

Installation Sequence:

1. Plan and mark the fence line: Identify all weak points (gates, corners, slopes, drainage channels) before purchasing materials. This planning step prevents costly mid-installation revisions.
2. Set corner and end posts first: Concrete-set in holes at least 3.5 feet deep with diagonal bracing on all corners. These are the structural anchors for the entire fence system.
3. Install line posts: T-posts or wooden posts at 8 to 10-foot intervals on level ground; reduce to 6 to 8 feet on slopes greater than 15 degrees. Drive to minimum 2-foot depth (3 feet preferred).
4. Install the buried apron: Trench the fence line 12 to 18 inches deep before attaching main fence wire. Lay the apron material and backfill completely before moving to fence attachment.
5. Attach fence wire: Work from corner posts outward, maintaining consistent wire tension throughout. Use proper fence clips or staples at every post.
6. Install gate(s): Use heavy-gauge framing and set gate posts in concrete. Install an electric strand across the gate front and verify buried apron continuity under the gate opening.
7. Install electric strands: Attach to post-mounted insulators after main fence is complete. First strand at 6 to 8 inches, second at 12 to 18 inches. Connect to properly grounded energizer with minimum three ground rods.
8. Test and verify: Test electric fence voltage with a fence tester before considering installation complete. Walk the entire fence line looking for ground-level gaps before declaring the system operational.

Use the checklist below to confirm your fence is ready and properly maintained through every season of use.

Frequently Asked Questions About Wild Boar Fencing

These are the most common questions from property owners, homesteaders, and farmers about wild boar exclusion fencing, answered directly and specifically.

Can Wild Boars Jump Over a 4-Foot Fence?

Wild boars are not natural jumpers and rarely clear fences by leaping. Their primary breach methods are rooting underneath, pushing through, and squeezing through gaps.

A 4-foot (48-inch) fence is sufficient height for virtually all wild boar situations when combined with proper base reinforcement. The exception involves extremely large, physically dominant adult males in high-pressure situations who may occasionally push over an improperly anchored shorter fence, which is exactly why post anchoring and corner bracing matters more than adding height beyond 48 inches.

What Is the Difference Between Wild Boar and Feral Pig Fencing Requirements?

The physical fence specifications are largely identical for wild boar (Sus scrofa) and feral domestic pigs. The behavioral difference is that feral domestic pigs and wild boar/domestic pig hybrids, which are the dominant U.S. feral population, tend to test fences more persistently and with less caution than pure wild boars.

This means electric fence reinforcement may need higher voltage maintenance and more consistent energizer management against persistent feral hybrids. In California, virtually all animals encountered as “wild boar” are feral hybrids, making electric reinforcement particularly important alongside physical mesh specifications. Understanding local legal considerations is also important when managing feral pigs, and this overview of legal and safety considerations for natural wild boar deterrence provides relevant context for California property owners.

How Many Volts Does an Electric Fence Need to Deter Wild Boars?

The minimum effective voltage is 3,000 volts, with 5,000 volts being optimal for reliable deterrence. Use a low-impedance energizer rated for your fence length, as low-impedance energizers maintain voltage even under vegetation load.

The most critical factor is not the energizer’s output voltage rating but the maintenance of that voltage at the actual fence wire. Poor grounding is the number one cause of low-voltage failure. Install a minimum of three 6-foot ground rods in series, and increase to five rods in dry or sandy soil conditions.

How Long Does a Properly Installed Wild Boar Fence Last?

With Class 3 galvanized 12.5-gauge woven wire, a properly installed wild boar fence has a functional service life of 20 to 30 years in most conditions. Class 1 galvanized wire typically lasts 7 to 15 years before corrosion begins compromising tensile strength.

Coastal and flood-prone areas reduce these estimates by 20 to 30%. Electric components including the energizer and poly wire strands typically require replacement or significant maintenance every 5 to 10 years. The buried apron, if installed with properly Class 3 galvanized wire, typically outlasts the above-ground fence components.

Is It Worth Using a Living Hedge Instead of Wire Fencing for Wild Boar Control?

A living hedge is not a replacement for wire fencing as an immediate solution. Thorny hedgerows require 3 to 5 years of establishment before they become physically effective against determined wild boars.

As a long-term complement to wire fencing, thorny hedgerow plantings including hawthorn (Crataegus spp.), blackthorn (Prunus spinosa), bramble, and Osage orange significantly reduce fence testing frequency, create habitat for beneficial wildlife, and can eventually become the primary deterrent layer as the wire fence ages. For natural farming, permaculture, and organic operations, investing in living fence establishment alongside wire fencing represents the highest long-term value approach to wild boar exclusion.

How Do I Know if Wild Boars Are Testing My Fence at Night?

Six observable signs indicate active nocturnal fence testing: fresh rooting scrapes within 6 to 18 inches of the fence baseline; mud transfer and rub marks on lower fence panels; disturbed soil at post-to-ground junctions; loosened wire staples or bent lower mesh; hair tufts caught in mesh near ground level; and track patterns in soft soil along the fence line.

The most reliable monitoring method is deploying a trail camera at known weak points (gates, corners, areas near food sources). This reveals exactly where, when, and how frequently boars are probing the fence, allowing targeted reinforcement before a breach occurs.

What Is the Cheapest Effective Wild Boar Fence for a Small Garden?

For a small home garden under one-quarter acre, the minimum effective configuration is 36-inch woven wire (12.5-gauge, 6×6-inch mesh) with a 12-inch vertical buried wire apron, set on T-posts at 8 to 10-foot intervals. Estimated DIY cost is $3 to $6 per linear foot in materials.

Adding a single electric strand at 8 inches from the ground (approximately $0.50 to $1.00 additional per linear foot for wire and insulators, plus a $50 to $120 energizer) dramatically increases effectiveness and provides excellent ROI. The most common budget mistake is purchasing 14-gauge deer fence or lightweight garden mesh. These are completely inadequate for wild boar pressure and will fail, making the cheap option actually the most expensive in the long run.

Are There California-Specific Regulations I Need to Know Before Installing Wild Boar Fencing?

California classifies feral pigs as an invasive species under CDFW jurisdiction. Exclusion fencing is the recommended non-lethal management approach and faces no significant regulatory barriers on private property.

California-specific installation considerations include decomposed granite soils common in the Sierra Nevada and Coast Range foothills, which require deeper post anchoring (3 or more feet) and deeper apron burial (minimum 18 inches) due to easier rooting conditions. Mediterranean climate drought periods drive unusual summer fence pressure around irrigated areas. Post-wildfire zones in California show dramatically increased boar activity as native food sources are disrupted, making properties near recent fire areas a priority for fencing upgrades. UC ANR Publication 74121 (Feral Pig Control in California) provides California-specific guidance aligned with CDFW regulations.

Can a Portable Electric Fence Keep Wild Boars Out Temporarily?

Yes, portable electric fencing can be highly effective as a temporary wild boar deterrent when deployed correctly. The minimum configuration requires three strands at 6, 12, and 24 inches from the ground; a minimum 1-joule energizer output; and proper grounding with multiple ground rods.

The critical limitation is consistency. A single incorrect deployment allows boars to breach and learn the area is no longer protected, making future deterrence significantly harder. For temporary applications lasting more than one growing season, upgrading to a semi-permanent installed system with buried posts and removable wire panels provides significantly better reliability than portable electric systems alone.

Wild boar exclusion fencing is one layer of a broader integrated pest management strategy. For a comprehensive foundation in natural pest control across all property types, the Natural Pest Control Definitive Homeowner Handbook provides a complete framework that complements the fencing specifications in this guide.

A properly specified wild boar exclusion fence, using 36 to 48 inches of 12.5-gauge woven wire with the correct mesh size, a buried L-apron, and electric reinforcement, stops all three primary breach methods and provides 20 to 30 years of reliable service. The key is applying the right specification to your specific situation, not simply installing the tallest or most expensive fence available. Start with the tier that matches your current boar pressure, add the electric component from day one, and schedule your first comprehensive inspection before the fall peak season. My decade of field experience consistently shows that properties that get these three fundamentals right avoid costly failures almost entirely.

Photo	Popular Pest Repellents	Price
	16/32oz Peppermint Spray to Repel Bugs & Insects - Natural Plant-Based Ant, Roach, Spider, Fly Repellent - Indoor/Outdoor Safe, Pet & Family Friendly Pest Control (16 Fl Oz)	Check Price On Amazon
	Nature's Dome Pest Control Starter Kit – Makes 3 Bottles (16 oz Each) – Eco-Friendly, Plant-Based Formula for Ant, Roach, Spider, Fly, Flea & Insect Control – Child & Pet Safe for Indoor/Outdoor Use	Check Price On Amazon
	(2025 Upgraded) Ultrasonic Insect & Pest Indoor Repeller – Stronger Driving Force, Plug-in Control Electronic Repellent for Roach, Mouse, Rodent, Bugs, Spider, Mice, Ant, 2 Mode Switching (6 Pack)	Check Price On Amazon
	LONYEON 8L Electric ULV Cold Fogger Machine with Backpack Mist Atomizer, Adjustable Flow Rate, Large Area Spraying for Home Indoor Outdoor	Check Price On Amazon
	Pest Control, Mouse Repellant Pouches, 10 Pack, Mice Repellent Indoor, Peppermint Oil for Rodents & Cucarachas & Spiders & Snakes, Safe Effective Rodent Repellent for Car Engines, RV, Home Use	Check Price On Amazon