Expert Contributor:
Patrick Long
Beavers are nocturnal, cautious, and closely tied to water, making them among the most challenging species to hunt after dark. Traditional night methods often fall short, especially in wetlands where visibility is limited and movement is subtle.
Thermal imaging changes that equation. By detecting heat rather than light, thermal optics reveal beaver activity along banks, dams, and feeding areas, even in complete darkness.
This guide explains how to hunt beaver effectively and ethically using thermal imaging. You will learn how beaver behavior affects what you see through a thermal device, how to identify a beaver correctly before the shot, and how Pulsar thermal optics support precise decision making in real field conditions.
Legal disclaimer: Regulations on the use of thermal imaging devices for beaver hunting vary significantly across countries, states, counties, and local jurisdictions. Some areas permit thermal optics for managing furbearers, while others restrict or fully prohibit their use, especially during nighttime control work. It is the hunter’s responsibility to review and comply with all applicable laws before using thermal equipment in the field.
Quick answer
Beaver hunting with thermal imaging is most effective at night, when beavers are most active and their heat signatures stand out clearly against cold water and shoreline backgrounds. Your success will depend on understanding beaver behavior, choosing the right thermal tools, and positioning yourself for a safe, ethical recovery.
For detection and observation, handheld thermal devices help you locate and track beavers without using visible light. Recommended options include:
- Pulsar Merger LRF XT50 – ideal for scanning banks, dams, and open water.
- Pulsar Telos XL50 – excellent for identifying movement, confirming body shape, and monitoring activity patterns
For ethical shot placement, especially on land where a clear silhouette is visible, a thermal riflescope offers the necessary precision:
- Pulsar Thermion 2 LRF XG60 – provides accurate target identification and supports controlled, responsible shooting.
Understanding beaver behavior that matters for thermal hunting
Beavers are nocturnal, predictable in their routines, and strongly tied to water-based structures. Their feeding times, lodge and dam locations, and well-used travel routes determine when and where their heat signatures appear through thermal optics.
Hunters who understand these patterns spend less time scanning empty water and more time observing active shoreline zones where thermal contrast is strongest.
When beavers move most and how thermal reveals them
Beavers are most active from late evening through the early morning hours, with peak movement usually beginning shortly after sunset. This timing aligns perfectly with thermal imaging, because ambient temperatures drop while the beaver’s body heat remains constant.
On thermal, a beaver appears as a bright, compact heat signature that contrasts sharply against its surroundings. Cold water plays a key role here. When a beaver swims near the surface or climbs onto a bank, the contrast between warm fur and cold water or soil becomes very clear.
For a surefire spotting, our expert Patrick Long advises choosing the right location:
You can usually pick beavers out with a thermal fairly easily. If they are swimming, their heads will show up bright against the cold water. It can be tough to find open areas to glass in the thick areas beavers like to live, so that open water is usually your best bet.
Read more: How thermal scopes work
Identifying beaver patterns: feeding trails, slides, water movement
Beaver movement is highly predictable, not random. Over time, they create repeatable patterns that you can recognize both through daytime scouting and thermal imaging at night.
A note from Patrick:
This trait is what makes them so popular for trappers. The majority of beaver hunters use traps, and they can rely on a good slide to get a beaver. It is no different with thermal hunting. Once you find good beaver sign, stick close to it; they will be back.
Key signs to look for include:
- Feeding areas
Freshly cut saplings, stripped bark, and floating branches near the shoreline reveal active feeding zones. These locations are among the best starting points for thermal scanning after dark because beavers typically return to them regularly. - Bank slides
Smooth, worn paths connecting land to water indicate frequent travel. On thermal, slides often show consistent entry and exit points, with heat signatures appearing at the same angles each night. Focusing on these funnels is usually more productive than scanning open water.
- Scent mounds & dam maintenance zones
Beavers routinely check and repair dams, especially when water levels shift. Subtle ripples around the dam face combined with a stationary or slow-moving heat signature just below the surface often signal a beaver inspecting or maintaining the structure.
Are you allowed to hunt beavers at night using thermal optics?
The answer depends entirely on where you hunt. Beaver hunting regulations vary significantly across Europe and the USA, especially regarding night hunting and the use of thermal devices.
Beaver hunting laws in Europe
In Europe, the legal status of the beaver differs widely by country and even by region. In many areas, the Eurasian beaver is classified as a protected species due to conservation efforts and reintroduction programs.
For example, in England, beavers are legally protected in the wild, making it illegal to kill, capture, or disturb them without authorization. In other parts of Europe, regulated beaver hunting may be permitted as part of population control programs, often with strict seasons, quotas, and methods. Night hunting rules also vary, with some countries restricting hunting after dark or limiting the use of electronic or thermal optics.
Because of this diversity, European hunters should always consult national wildlife authorities or local hunting associations before using thermal devices for beaver hunting.
Beaver hunting laws in the United States
In the USA, beaver hunting is generally regulated at the state level. Most states classify beavers as furbearers, with defined seasons and rules that differ by location. Night hunting may be allowed in some states but restricted or prohibited in others, especially when firearms or thermal optics are involved.
Many states clearly separate daylight and nighttime regulations, and some require special permits to hunt beavers after dark. In South Carolina, for example, shooting beavers at night is only allowed under specific permit conditions for damage control.
Ethical considerations when hunting beavers at night
Beyond legality, ethical responsibility plays a central role in beaver hunting. Beavers live in aquatic environments, which increases the risk of losing an animal if it is shot in or too close to water. Ethical hunting requires patience, correct identification, and waiting for a clear opportunity on land to ensure recovery.
Patrick Long, our expert and a lifelong hunter, stresses that ethical concerns are even more important during the night:
Hunting anything at night raises ethical concerns. You always need to be 100% sure of your target. Make sure you are not shooting at every hot clump of pixels in your thermal. Although, at least in the States, everything we hunt at night is a nuisance animal, and thermals are a great tool for anyone who wants to help manage those populations.
Thermal optics can support ethical decision-making by improving detection and identification in darkness. However, technology never replaces judgment. Hunters must always confirm their target, respect local regulations, and prioritize safe shot placement over speed or convenience.
Read more: Legal and ethical use of thermal devices
What equipment do you need for night beaver hunting?
Hunting beavers at night demands equipment that not only reveals their presence in darkness but also supports ethical detection, identification, and safe engagement. While thermal optics have transformed nocturnal hunts, choosing the right gear and accessories ensures you’re prepared for variable terrain, cold water, and subtle movement.
Below, we break down the advantages of thermal versus night vision systems and list the essentials that complete a dependable nighttime setup.
Thermal vs. night vision scopes – which works best?
When considering optics for night beaver hunting, the choice between thermal and night vision often comes down to environment and visibility needs.
Thermal scopes detect heat emitted by warm bodies and living animals. This means that even in total darkness, through light fog, or over cold water, a beaver’s heat signature stands out clearly against its surroundings.
Thermal scopes like the Pulsar Thermion 2 LRF XG60 integrate high-resolution imaging with powerful detection, giving hunters both clarity and precise placement. Thermal imaging also excels where terrain features like logs, banks, and brush mask visual movement under natural light.
In comparison, night vision amplifies residual light and often depends on ambient illumination or an IR source. When ambient light is extremely low, many night-vision systems require an IR illuminator (typically a red or invisible-IR lamp) to compensate. A night vision setup may still be useful in select conditions, but it rarely matches thermal’s versatility around cold water and deep shadow.
For example, handheld thermal optics such as the Pulsar Merger LRF XT50 or Telos XL50 allow you to rapidly scan broad shoreline zones and confirm a target before transitioning to a rifle-mounted scope or tactical position.
For Patrick, thermal bears an obvious advantage:
Given the choice, I am choosing a thermal for hunting beavers at night. The cold and often foggy places you find beavers naturally work better with thermal technology over night vision. You can worry less about your IR dispersion, and more about where to find the next beaver.
Many modern thermal units feature integrated laser rangefinders, digital zoom, and adjustable palettes. These characteristics enhance target confirmation and shot confidence.
Read more: Thermal vs night vision: which to choose?
Essential gear
Hunting at night requires more than just optics. You need a setup that integrates with your rifle platform and supports mobility, stability, and comfort in cold, damp environments. Below are the foundational gear elements every night beaver hunt should include.
Rifle and appropriate calibers
A reliable firearm calibrated for the ranges you expect to encounter is fundamental. Beavers typically require land-based shot placement to ensure ethical recovery. Calibers such as .243 Winchester, .270 Winchester, and 6.5 Creedmoor provide sufficient energy while allowing precise control at typical engagement distances of 50 to 200 meters.
Confirm your local regulations for legal calibers and energy limits, and practice with your setup before heading into wetland terrain.
Thermal scope
A dedicated thermal riflescope brings detection and engagement together. A device like the Thermion 2 LRF XG60 combines thermal imaging with an integrated laser rangefinder, high refresh rates, and reticle options designed for quick, ethical target identification. Choose a model with refresh rates of 50 Hz or higher to maintain smooth motion and clear target tracking.
Read more: How to choose thermal riflescope for hunting
Bipod or stable support
Shooting near water edges often means uneven ground or soft substrates. A stable platform –whether a quality bipod, shooting sticks, or terrain-adapted tripod – mitigates wobble and supports accurate shot placement. Stability is especially important for cold water hunts where footing may be uncertain.
Hunting lamp and IR lighting
While thermal optics don’t rely on visible light, having a red or IR hunting lamp can aid in scene awareness, gear handling, and partner communication without affecting the thermal picture or alerting wildlife. Red lamps preserve night vision and can help you navigate banks and logs safely.
Caller and sound management tools
Effective calling can localize beaver movement while minimizing noise that might alert them prematurely. Use calls and deterrent devices with subtlety, and always test them in advance so your setup remains efficient, quiet, and predictable.
Clothing and protective layers
Night hunts in wetland zones can be cold and damp. Quality waterproof boots, thermal layers, and gear that protects against water and marsh humidity are non-negotiable. Layering allows you to adjust insulation as temperatures change, while waterproof outer shells help maintain comfort during long waits.
Read more: Night hunting gear for small game
Choosing the right thermal device for beaver hunting
Choosing the right optics is crucial for successful nocturnal beaver hunting. Beavers are medium-sized, water-bound animals that move deliberately along shorelines, dams, and feeding routes. This means hunters need reliable detection over cold water, efficient scanning of banks and slides, and precise aiming once the animal commits to land.
The table below compares the main device categories used for night beaver hunting, outlining what each does best, where it falls short, and when it makes sense in the field.
| Category / use case | Thermal riflescope | Thermal monocular | Thermal binoculars | Night vision devices |
| Primary function | Precision aiming and ethical shooting once the beaver is on land | Handheld scanning of shorelines, dams, and feeding areas | Comfortable, wide field observation during long monitoring sessions | Low light amplification where ambient light or IR use is legal |
| Typical detection range | Up to ~1,000–1,800 m for large heat sources; practical beaver identification occurs much closer | ~700–1,200 m depending on sensor and lens | Up to ~1,500 m for detecting activity in open wetlands | Limited; strongly dependent on moonlight or IR illuminator |
| Performance in total darkness | Excellent; detects heat signatures with no visible light | Excellent; ideal for scanning in complete darkness | Excellent; continuous observation day and night | Limited; requires ambient light or IR source |
| Accuracy and identification | Highest precision for shot placement at short to medium range | Good for detecting movement and confirming species before engagement | Very good for observing behavior and confirming size at distance | Lower; silhouettes may lack detail near water or vegetation |
| Mobility and weight | Medium; rifle mounted and not suited for general scanning | Very light and portable for walking banks and wetland edges | Heavier; best for stationary observation | Light, but less versatile in wet or lightless environments |
| Best use case | Ethical shooting once the beaver is clearly on land | Locating active beavers before setup or shot | Monitoring large water systems, dams, or feeding zones | Entry level night hunting where thermal is restricted |
Best Pulsar thermal devices for beaver hunting
Not all thermal devices perform the same role during a beaver hunt. Beavers are usually detected near water, confirmed along banks or dams, and ethically taken only once they are fully on land. The table below highlights Pulsar thermal devices that make sense specifically for beaver hunting, explaining why they work and when to use them.
| Device | Type | Key strengths for beaver hunting | Best use case |
| Pulsar Axion XQ19 Compact | Thermal monocular | Compact and lightweight, wide field of view, fast startup, strong contrast over cold water. Easy to carry during shoreline scouting. | Quick handheld scanning of creek edges, dams, and feeding areas before setting up a shot. |
| Pulsar Telos XL50 | Thermal monocular | High resolution sensor, excellent image detail, comfortable for longer scanning sessions. Upgradeable platform suited for demanding conditions. | Detailed scanning of large wetland zones and confirming beaver movement patterns at distance. |
| Pulsar Merger LRF XT50 | Thermal binoculars | Dual-eye viewing reduces fatigue, wide field of view, integrated laser rangefinder for distance confirmation. Strong performance in humid environments. | Extended observation of dams, lodges, and shorelines when waiting for beavers to commit to land. |
| Pulsar Thermion 2 LRF XG60 | Thermal riflescope | High base magnification, precise reticle options, integrated laser rangefinder, classic riflescope ergonomics. Designed for small to medium targets. | Ethical shot placement once the beaver is fully on land and recovery is assured. |
| Pulsar Thermion 2 LRF XL60 | Thermal riflescope | HD sensor with excellent detail, wider field of view at lower base magnification, strong identification capability at varying distances. | Hunters who want maximum image clarity when identifying beavers near complex backgrounds. |
Read more:
- Best thermal rifle scopes for hunting
- Best thermal monoculars for hunting
- Best thermal binoculars for hunting
- Best thermal clip-ons for hunting
How to build an effective Pulsar setup for beaver hunting
For most hunters, a two-device approach works best. A handheld thermal optic handles detection and identification without pointing a rifle, while a thermal riflescope is reserved strictly for the shot.
A typical setup might combine a Pulsar Merger LRF XT50 or Telos XL50 for scanning with a Thermion 2 LRF XG60 for engagement. The handheld device identifies movement along banks and slides, while the riflescope provides the precision needed once the animal is clearly positioned on land.
Hunters operating in narrow waterways or walking long distances may prefer a lighter monocular, such as the Axion XQ19 Compact. At the same time, those covering open wetlands benefit from the comfort of binoculars and integrated ranging.
Read more: Thermal monocular vs binoculars: Which should you choose?
How to identify a beaver accurately using thermal imaging
Accurate identification with thermal imaging relies on recognizing a combination of body shape, heat signature pattern, tail behavior, and movement style. In wetland environments where multiple semi-aquatic species may be active, thermal imaging clearly shows heat, but correct interpretation is essential before any shot is taken.
Beavers have several consistent traits that stand out once you know what to look for. Key identification indicators on thermal include:
- Overall body shape: A beaver appears as a wide, oval heat signature with a low center of gravity. The head blends smoothly into the body, creating a solid, compact silhouette.
- Heat signature pattern: The torso emits strong, even heat, while extremities may appear cooler after water contact.
- Tail cooling: The flat tail often shows reduced thermal intensity compared to the body, especially after swimming.
- Movement behavior: Beavers move slowly and deliberately on land, with a rolling gait rather than quick, agile steps.
Even though beaver identification sounds simple on paper (and is quite easy in reality, too), Patrick still advises gaining some practice before your first hunt:
Identifying a beaver with a thermal is not very difficult if you have a thermal device with enough resolution and have watched a few beavers in the daylight. I would say that a night hunt should likely not be the first time you lay eyes on a live beaver. Do some research and understand their body language and how to identify them before you take your safety off at night.
Taken together, these details support ethical identification before the shot, particularly when visibility is limited to thermal contrast alone.
Distinguishing beavers from muskrats and otters in thermal view
Misidentification most commonly happens when smaller semi-aquatic animals share the same habitat. Understanding the beaver vs muskrat thermal signature, along with how otters appear on thermal, significantly reduces risk.
The most reliable differences appear in size, tail characteristics, and swimming profile.
Comparative size
- Beavers: Large, heavy thermal mass that occupies significant screen space and moves steadily.
- Muskrats: Much smaller, compact heat signature with quick, darting movement.
- Otters: Long, elongated heat signature that appears more flexible and dynamic.
Tail characteristics
- Beavers: Flat tail that often appears cooler and squared when visible on land.
- Muskrats: Thin tail that may appear faint or nearly invisible on thermal.
- Otters: Long, muscular tail that stays warm and clearly visible, extending behind the body.
Swimming profile
- Beavers: Swim low and slow, pushing a broad heat mass just above the waterline.
- Muskrats: Skim the surface with minimal body exposure, often showing only a small hotspot.
- Otters: Swim quickly and fluidly, with rapid direction changes and elongated heat trails.
Observing these patterns for a few extra seconds allows hunters to confirm species with confidence.
Read more: Improving your aim with classic and thermal optics
How to hunt beaver with thermal (Step-by-step)
A successful night hunt follows a clear order: detect movement without alerting the animal, evaluate thermal contrast near water, set up a stable shooting position, and take an ethical shot only when recovery is assured. Thermal optics support each step, but discipline and patience remain essential.
Step 1: Pre-scan wetland zones for heat movement patterns
The first step is observation, not movement. Before approaching the water, scan the area thoroughly to understand where beavers are active.
- Use a handheld thermal to scan shorelines, dams, and feeding areas rather than open water alone.
- Look for recurring hotspots where heat appears consistently at the same bank or slide.
- Watch for subtle thermal reflections near water surfaces that may indicate an animal just below or breaking the surface.
- Focus on shoreline contrast, where warm bodies stand out clearly against colder water and soil.
Step 2: Evaluate background temperature for best contrast
Thermal performance changes throughout the night, especially in wet environments. Understanding background temperature improves identification and timing.
- Compare cold water vs warm body contrast, which is usually strongest after sunset.
- Observe how emissivity affects different surfaces, such as water, mud, vegetation, and logs.
- Avoid shooting when background temperatures flatten contrast, such as during warm evenings or temperature inversions.
- Wait for moments when the beaver exits the water, creating a clean silhouette against a cooler background.
Step 3: Set up a stable shot angle near the waterline
Once a beaver is clearly identified and positioned on land, setup becomes critical. Stability and angle matter more than speed.
- Choose a position that provides a clear view of the waterline and bank.
- Use a tripod or shooting sticks to compensate for uneven ground and soft wetland soil.
- Confirm ballistic stability by minimizing movement and avoiding rushed adjustments.
- Consider wind direction and remain downwind to reduce scent detection when closing distance.
Step 4: Ethical shot placement on beaver with thermal
Ethical shooting means waiting for the right presentation and the right angle. Thermal optics help, but discipline makes the difference.
- Wait until the beaver is fully on land, with no part of the body over water.
- Aim for the heart-lung zone, which appears as a dense, central thermal mass.
- A frontal profile offers the most reliable access to vital organs when the beaver faces the shooter.
- Avoid steep downward or rear angles that increase the risk of the animal reaching water.
What are common mistakes beginners make when beaver hunting with thermal?
Most mistakes come from applying general night hunting habits without adapting them to wetland environments and beaver behavior. Thermal optics are powerful tools, but without proper fieldcraft and discipline, they can lead to rushed decisions and unethical outcomes.
Below are the most common errors new hunters make and how to avoid them.
Overusing lights and spooking beavers
One of the most frequent mistakes is relying too heavily on visible light sources.
- Excessive lamping near water alerts beavers long before they are seen.
- Reflections from water amplify light, making even brief use noticeable.
Thermal optics remove the need for visible illumination. When light is required for safety or navigation, red lamps should be used sparingly and away from the shoreline.
Poor handling of dogs near water
In regions where dogs are legally used, inexperienced hound handling can quickly ruin a beaver hunt.
- Dogs unfamiliar with wetlands may enter water too early.
- Excessive movement or splashing alerts beavers near dams or lodges.
Dogs require specific training for aquatic environments. Beginners should avoid introducing dogs into beaver hunts until they are experienced and controlled.
Calling too often or in the wrong areas
Calling is sometimes used to provoke movement, but misuse reduces effectiveness.
- Repeated calling creates unnatural pressure near dams and feeding zones.
- Calling in inactive areas wastes time and increases disturbance.
Effective fieldcraft focuses on observation first. Thermal scanning should confirm activity before any calling is attempted.
Taking unsafe shots in wooded or wetland areas
Thermal clarity does not guarantee a safe shooting environment.
- Dense vegetation can obscure what lies behind the target.
- Shooting too close to water increases the risk of losing the animal.
Beaver hunting requires patience. Shots should only be taken when the animal is fully on land with a clear background and safe backstop.
Ignoring wind direction and beaver behavior
Beginners often underestimate how sensitive beavers are to scent and disturbance.
- Poor wind awareness allows scent to travel directly across water.
- Approaching from the wrong direction causes early submersion.
Successful hunters plan every approach with wind direction in mind and let beaver movement dictate timing, not the other way around.
A tip from Patrick:
Beavers can be predictable, but that doesn’t make them dumb. If you haven’t hunted beavers with a rifle before, if you underestimate them, they will make a fool out of you. Do your best to think through a strategy and adhere to all the normal best practices.
Read more: How to choose the right thermal binoculars for hunting
Key safety and ethical considerations
Safety and ethics start long before a thermal device is powered on. Hunting beavers at night introduces added risks due to water, limited visibility, and shared habitats. Thermal optics support better decisions, but only when combined with respect for local regulations, certainty of identification, and awareness of environmental impact.
Follow local regulations at all times
Night-hunting laws and the use of thermal devices vary widely across regions and countries.
- Always confirm local regulations regarding beaver hunting seasons, night permissions, and legal equipment.
- Verify whether thermal riflescopes, handheld thermals, or auxiliary devices are permitted.
- Check rules regarding shooting distances from water, buildings, and public access areas.
Never compromise on identification certainty
Thermal imaging shows heat, not detail. This makes disciplined identification critical.
- Confirm species, body position, and behavior before considering a shot.
- Wait for full body exposure on land to avoid misidentification with other wetland animals.
- Do not rely on movement alone. Shape, size, and heat distribution must all align.
Respect the environment you are hunting in
Beaver habitats are sensitive ecosystems that support a wide range of wildlife.
- Avoid damaging banks, dams, or surrounding vegetation during setup or retrieval.
- Minimize disturbance around lodges and waterways to prevent unnecessary stress on animals.
- Recover all equipment and spent materials to reduce environmental impact.
Prioritize ethical shots and safe backstops
Thermal optics can increase confidence, but they do not remove responsibility.
- Take shots only when there is a clear backstop and no risk beyond the target.
- Avoid shooting toward water where recovery is unlikely.
- Focus on angles that provide immediate access to vital organs and quick incapacitation.
Conclusion
Beaver hunting with thermal imaging demands more than advanced equipment. It requires a clear understanding of beaver behavior, careful identification in complex wetland environments, and disciplined decision-making near water. When used correctly, thermal optics provide hunters with a safer and more effective way to detect movement, confirm species, and plan ethical shots without relying on visible light.
Throughout this guide, we’ve shown how proper fieldcraft, patience, and the right sequence of actions turn thermal technology into a practical hunting advantage. From scanning shorelines and dams to waiting for the beaver to commit to land fully, every step supports responsible outcomes and reliable recovery.
If you’re ready to hunt with greater confidence after dark, explore Pulsar thermal optics designed for real-world night hunting. From handheld devices for quiet detection to precision thermal riflescopes for ethical shot placement, Pulsar solutions help you hunt smarter, safer, and more effectively in demanding conditions.
Check out Pulsar thermal optics for safe, effective night hunting.
FAQ
Can you see beavers in water with a thermal scope?
Yes, you can often see beavers in water with a thermal scope, but visibility depends on how much of the body breaks the surface. Beavers swimming just below the surface may appear faint, while those surfacing, climbing out, or swimming low with their back exposed usually produce a clear heat signature against colder water.
How far can you detect a beaver using thermal imaging?
Detection distance varies by device and conditions, but most modern thermal optics can detect a beaver sized heat source at several hundred meters. Identification and ethical shooting distances are much shorter and depend on contrast, background temperature, and the animal’s position on land.
What thermal settings help identify small animals?
Lower sharpening, moderate contrast, and neutral color palettes often help with identifying smaller animals. Reducing excessive digital zoom and adjusting brightness to avoid image washout makes body shape and movement easier to interpret, especially near water and vegetation.
Is it legal to hunt beavers at night with thermal?
Legality depends on local regulations. In some US states and European countries, night hunting and thermal optics are permitted under specific conditions, while in others they are restricted or prohibited. Hunters must always verify local laws before using thermal devices at night.
Do beavers show a clear heat signature?
Yes, beavers show a strong and distinct heat signature due to their large body mass. The torso usually appears as a bright, even thermal shape, while the tail may appear cooler after time in water. This contrast helps with identification when the animal is on land.
What time of night are beavers most active?
Beavers are most active from shortly after sunset through the early morning hours. Peak movement often occurs during the first few hours of darkness, especially when temperatures drop and thermal contrast improves.
Further reading:
- How to hunt nocturnal deer and bucks at night
- How to hunt wild boars at night
- Hunting foxes at night
- How to hunt hogs at night
- How to hunt coyotes at night
About the expert
Expert Contributor:
Patrick Long
Patrick Long is a lifelong hunter, writer, and outdoorsman who splits his time between chasing bears, bucks, and birds. He is the founder of the Omega Outdoors blog and the Editor-in-Chief of Crosshair Content Co. (C3), where he leads a team dedicated to producing expert-driven outdoor and firearms content.
Before purchasing any night or thermal vision device, please make sure you adhere to the local legislation and only use it when it is allowed. Our ambassadors come from various countries and travel a lot, which allows them to test different devices. We do not encourage or support the illegal use of our devices in any events. If you wish to learn more about export and sales restriction policy, please visit the following link: Export and Sales Restriction Policy.