Today we are going to review some of the best thermal cameras that you can use for hunting. Well, Observing animals in the dark can be challenging. Nocturnal animals are sensitive to noise and even the slightest light that they can see from cameras.
One of the best things that you can invest in as a hunter, conservationist, or simply an outdoor enthusiast is a thermal camera. A thermographic camera works well, especially in pitch dark situations.
What makes it better than your typical IR hunting cameras?
The growing popularity of thermal imaging cameras for hunting isn’t surprising given that the camera can track body heat instead of using IR flash to illuminate the animals in the wild.
Since animals can’t hide their heat signature, it is easier for hunters to spot the animals they are looking for. And also, it can even aid conservationists when it comes to observing a particular area.
It minimizes the chances that animals hide behind the bushes and they can’t be seen even by IR cameras. To give you an idea about the best products in the market today, here are some of the best thermal cameras including FLIR thermal cameras that you might want to check.
Comparison of Top 5 Best Thermal Imaging Cameras For Hunting
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| # | Product | Field of View | Amazon product page |
| 1 | 45 degree | Check price | |
| 2 | 36 degree | Check price | |
| 3 | Seek Thermal Compact Camera For IOS | 36 degree | Check price |
| 4 | PerfectPrime IR0001 Infrared (IR) Thermal Imager | 36 degree | Check price |
| 5 | FLIR TG165 Spot Thermal Camera | 35 degree | Check price |
Top 5 Best Thermal Imaging Cameras For Hunting Reviews
#1. FLIR C2 – Compact thermal camera – Best Pick
Build and design
FLIR C2 Compact Thermal Camera is our top pick as the best thermal imaging camera. This thermal camera is discreet and compact in design. It can be set up in the dark and not get noticed by animals passing by. Since it is pocket-sized, you can easily set it up in the wild. However, you have to consider the design of this thermal camera.
First, you might want to consider using it during the dry season. If not, you want to have it protected and not get wet when you have it in the wild. By design, it is used mainly to spot plumbing clogs and other industrial applications and not necessarily for the wild.
Camera
The camera has a 45° field of view. What it does is offer a wide-angle for the users. The camera also features high-sensitivity when it comes to disturbances in thermal patterns which is why it has been used by a lot of professionals in the construction.
This best thermal camera for hunting can store around 4,800 individual thermal measurements making it easier to analyze your data. And also, you can edit everything using the FLIR Tool software.
And also, the camera works on a temperature range of -40°C to 70°C.
Features
This top FLIR Thermal Camera has a 3” touch screen wherein you can preview the images that it captures. Also, it makes use of MSX Image Enhancement that is known to produce better clarity on your shots.
Battery
It makes use of an internal battery that can last roughly around two hours at most when fully charged. And also, it can store around 500 sets of photographs once the camera is fully charged. However, it depends from one situation to the next.
#2. Seek Thermal Compact Camera – Best for Android
Build and design
Often, consumers argue which is the best thermal camera between Seek vs FLIR.
If you are looking for a small device that you can keep along with your phone or tablet, then you have Seek as the runaway winner. It is a stand out simply because it isn’t exactly a separate camera but simply a contraption that you can have in your device.
The Seek Thermal Compact is designed mainly for Android tablets and smartphones. This android thermal camera can be attached on your device and you don’t need to have a bulky thermal camera anymore.
Camera
To use this thermal imaging camera, you will also have to download the app. The camera has a 36° field of view which is quite mediocre. However, it has a focusable lens and can have a detection range of -40°C to 330°C.
Also, it is worth mentioning that this best thermal camera has 206 x 156 thermal sensor. When used in the wild, the camera picks up the heat register even if it is around 50 to 60 yards away.
This best thermal camera for Android can capture both videos and photos giving users the flexibility that they need. And also, there are 9 color palettes. With its specs, it has become popular among hunters that don’t want to carry a bulky device.
Features
Unfortunately, it only has a 36° Field of view which is quite narrow. However, it has a wide detection range from -40°C to 330°C. And lastly, it makes use of 206 x 156 thermal sensor.
Battery
One of the best things about the Seek Thermal Compact camera is that it doesn’t require any battery whatsoever. Instead, it gets its power directly from the tablet or the smartphone that you are using.
#3. Seek Thermal Compact – Best for iOS
Build and design
Seek Thermal Compact also has an iOS version. This iPhone thermal camera is compatible with a tablet or your iPhone. It looks similar to its Android version.
It is also small plus you can just get it whenever you need it. You can have it handy especially if you don’t have plans of carrying so many things when observing wildlife.
Once that you have it attached on your iPhone, you can the way you usually do it. Given its handy nature, a lot of contractors made use of this camera.
What makes it a suitable thermal camera for hunters is its waterproof casing. It means that it can tolerate a bit of rain.
Camera
This camera has 206 x 156 thermal sensor can give a heat register that matches your needs. But just like the Android version, it has a narrow field of vision at 36°
Features
This thermal imaging hunting camera can take both photos and videos. And also, it has a spot temperature feature that allows you to target a particular area. And it has 9 color palettes.
Battery
The thermal camera is then powered by the iOS smartphone or the tablet that you are using. It only means that you want to have a camera that has good battery life.
#4. PerfectPrime IR0001 Infrared (IR) Thermal Imager
Build and design
The PerfectPrime Infrared Thermal Camera was made for industrial purpose or airports. With a handle that allows users to point the camera, it has a good design that allows users to be comfortable.
Unfortunately, if used in the wild, it isn’t the best option considering that you will always have to hold the camera. There is no contraption that you can set it up on a tripod or something stable.
Camera
This thermal camera makes use of an IRE Image resolution of 32 x 32 or 10-24 pixels. Also, it has a thermal sensitivity of 0.15°C and a range of -20°C to 300°C. Now, the visible image resolution is at 0.3MP.
However, you have the option to tweak the camera if you wish to have a higher resolution. If you want a higher resolution, the best viewing distance is at 6 feet to 16 feet. It has a long-infrared range of 9-14µm.
Unfortunately, one complaint regarding the camera is its slow frame-rate.
Features
There are plenty of interesting features on this camera. For instance, it has a 2.4-inch screen. And also, you have a full angle HD feature. You can also make use of a micro SD card if you think that the 4GB internal memory isn’t enough.
Battery
The thermal camera makes use of 4 x AA batteries. One problem that people complain about is that the PerfectPrime Thermal Camera tends to burn the batteries fast. It is also a good thermal imaging camera for home inspection.
#5. FLIR TG165 Spot Thermal Camera – Best FLIR Thermal Camera
Build and design
The FLIR TG165 Spot Thermal Camera was designed with comfort in mind. It allows the user to point at a subject and read its heat registry.
It is handy given its handle plus you can easily get to see the details on its screen. Unfortunately, if you are going to use it in the wild, it might be a good idea to always have it ready on your side.
Camera
The camera can track down in total darkness. This thermal imaging hunting camera even works at around 70 yards and effectively locates animals. It has also been used by a lot of contractors given its ability to find shorted transistors and capacitors.
The FLIR Spot Thermal Camera has a minimum focus distance of 4 inches and a minimum measurement distance of 10 inches.
When it comes to the object temperature range, this thermal camera can track from -25° to 380°C which can be considered a wide range. This camera has 150mk sensitivity plus a resolution of 80×60.
Unfortunately, this camera doesn’t take videos which could’ve been useful especially if you are going to use it in the wild.
Features
This FLIR Thermal Camera features a fast download for the images that it saved via a USB. Also, it has the microthermal sensor which gives you the ability to see the heat, giving users the accuracy that they need.
Battery
The battery is a rechargeable lithium-ion battery.
How Do Thermal Imaging Cameras Work?
Heat detection cameras work with the help of a bolometer.
A bolometer is an instrument invented in 1878, used mainly to detect heat. Through the years, thermal hunting cameras made use of this instrument to get the heat register of both living and non-living things that it captures.
Now, let’s dig deeper into the microbolometer. This is a specific type of bolometer that has been utilized by modern heat detection cameras.
What makes this special is that it captures infrared radiation with wavelengths of 7.5 to 14µm. Once it captures the infrared radiation, it heats the material and then changes the electrical resistance. This shift in electrical resistance is then interpreted and is being used to create an image.
What are the advantages of a microbolometer?
First, it allows the modern heat vision camera to become lightweight. A microbolometer is small and could fit in small dimensions.
Also, it is fast since it can provide an image after you turn the power on. And lastly, a microbolometer is the reason why people can enjoy the cheapest thermal camera options in the market.
There are a variety of top brands that have used microbolometers including FLIR, BAE Systems, NEC and L3 Technologies to name a few.
Best Thermal Imaging Cameras Buying Guide
There are a few things that you will have to consider if you are going to invest in a thermal camera.
Aside from the design, durability, and the overall construction of the camera, you also need to make sure that you know more about the passive infrared sensor used by the camera.
How good is its body heat detector feature?
A passive infrared sensor measures the infrared light within its field of view that radiating from an object.
Also, you will have to know more about the difference between near-infrared and long-wave infrared.
Near-infrared, as the name suggests is found infrared within the wavelengths 800 to 2500nm. On the other hand, the long-wave infrared is collected within the 8 to 15 µm wavelength.
It matters to check the sensitivity of the thermal camera you are going to use. Some are sensitive in detecting 0.10°C changes while on the other hand, there are those cameras that can detect 0.5°C.
Next, you will have to consider how you are going to use a thermal camera. Is it meant for industrial use or for observing wildlife?
If it is going to be used to observe the wild, might as well consider its construction gave the rough outdoors that could get the camera wet and even exposed to high temperatures.
Is thermal imaging good for hunting?
Yes, thermal imaging can be very useful for hunting. Here are some of the key advantages:
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Visibility in Darkness: Thermal imaging allows hunters to see animals in complete darkness, making it easier to spot prey during early morning or late evening hunts.
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Detection through Vegetation: Thermal scopes and cameras can detect heat signatures through dense foliage, making it easier to spot animals that might be hidden behind bushes or trees.
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Safety: It helps in identifying other hunters or hikers in the area, reducing the risk of accidental shootings.
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Tracking Wounded Game: Thermal imaging can be used to follow the heat trail of a wounded animal, making it easier to track and recover game.
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Weather Conditions: Unlike regular optical scopes, thermal imaging can work effectively in various weather conditions like fog, smoke, and light rain.
However, there are some drawbacks to consider:
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Cost: Thermal imaging equipment can be expensive compared to traditional optical scopes.
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Battery Life: Thermal devices require batteries, and their operation time can be limited.
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Learning Curve: Using thermal imaging equipment effectively may require some training and practice.
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Resolution: Some thermal devices may not have high resolution, making it harder to identify specific details at a distance.
Overall, thermal imaging can significantly enhance hunting capabilities, especially in challenging environments.
What is the best thermal light for hunting?
Choosing the best thermal light for hunting depends on various factors, such as your budget, hunting environment, and specific needs. However, some top-rated thermal imaging devices for hunting include:
1. FLIR ThermoSight Pro Series
- Features: High-resolution imaging, multiple reticle options, video recording, and picture-in-picture zoom.
- Pros: Exceptional image quality, robust build, and versatile functionality.
- Cons: Higher price point.
2. Pulsar Thermion 2 XP50
- Features: 640×480 resolution, 1800-meter detection range, 16GB internal storage, and streaming capabilities.
- Pros: High detection range, excellent image quality, and durable construction.
- Cons: Expensive.
3. ATN ThOR 4 640 4-40x
- Features: 640×480 sensor, ballistic calculator, smart range finder, video recording, and Wi-Fi streaming.
- Pros: Comprehensive feature set, good image quality, and user-friendly interface.
- Cons: Some users report software stability issues.
4. AGM Global Vision Rattler TS35-384
- Features: 384×288 resolution, 750-meter detection range, multiple color palettes, and lightweight design.
- Pros: Good balance of performance and cost, compact size, and reliable performance.
- Cons: Lower resolution compared to higher-end models.
5. Trijicon REAP-IR
- Features: High resolution, compact design, advanced reticle system, and intuitive controls.
- Pros: Excellent image quality, rugged construction, and easy to use.
- Cons: Very high price point.
Factors to Consider:
- Resolution: Higher resolution provides better image quality, crucial for identifying targets at a distance.
- Detection Range: The distance at which the device can detect heat signatures.
- Battery Life: Longer battery life ensures extended hunting sessions without interruptions.
- Durability: Waterproof and shockproof designs are preferable for rugged outdoor use.
- Additional Features: Functions like video recording, Wi-Fi streaming, and ballistic calculators can enhance the hunting experience.
Ultimately, the best thermal light for hunting will depend on your specific needs and budget. Researching and comparing the features of different models can help you find the one that best suits your requirements.
Which is better, thermal or infrared?
Both thermal and infrared imaging have their unique advantages and are used in different contexts, including hunting. Here’s a comparison to help determine which might be better for your needs:
Thermal Imaging
Pros:
- Visibility in Total Darkness: Thermal imaging can detect heat signatures without any light source, making it effective in complete darkness.
- Detects Through Obstructions: It can detect heat signatures through fog, smoke, and light foliage, which is useful in various environmental conditions.
- Temperature Differentiation: It can identify and highlight temperature differences, making it easier to spot animals.
Cons:
- Cost: Thermal imaging devices are typically more expensive than infrared.
- Detail and Resolution: While effective at detecting heat, thermal images can lack fine detail compared to high-quality infrared images.
Infrared Imaging (Near-Infrared)
Pros:
- Higher Resolution: Infrared cameras can provide higher resolution images with more detail.
- Cost: Generally less expensive than thermal imaging devices.
- Day and Night Use: Can be used both during the day and at night with the help of infrared illuminators.
Cons:
- Limited in Complete Darkness: Near-infrared cameras often require some ambient light or an infrared light source to be effective in complete darkness.
- Less Effective Through Obstructions: Infrared is less effective at seeing through fog, smoke, and foliage compared to thermal imaging.
Best Use Cases
- Thermal Imaging: Ideal for spotting animals in complete darkness, through foliage, or in adverse weather conditions. It’s particularly useful for nocturnal hunting and tracking wounded game.
- Infrared Imaging: Better for scenarios where higher image detail is needed and there is at least some ambient light or the use of an infrared illuminator is feasible. It’s also more budget-friendly.
Wrap UP
- For Hunting in Darkness and Through Obstructions: Thermal imaging is generally better.
- For Detailed Images and Budget Considerations: Infrared imaging might be more suitable.
Choosing between the two ultimately depends on your specific hunting needs and budget.
How far can a thermal camera see?
The range at which a thermal camera can detect objects depends on several factors, including the camera’s specifications, environmental conditions, and the size and temperature of the object being detected. Here are some key points to consider:
Factors Affecting Detection Range
- Resolution: Higher resolution thermal cameras can detect objects at greater distances with more clarity.
- Lens Type: The focal length of the lens affects the detection range. Longer focal lengths provide a greater range.
- Environmental Conditions: Factors such as humidity, fog, and rain can affect the range and clarity of thermal detection.
- Object Size and Temperature: Larger and hotter objects are easier to detect at longer distances compared to smaller and cooler objects.
Typical Detection Ranges
- Standard Thermal Cameras: These can detect human-sized objects at distances ranging from 300 to 1,000 meters (approximately 1,000 to 3,280 feet).
- High-Performance Thermal Cameras: High-end models with advanced sensors and optics can detect objects at distances exceeding 2,000 meters (over 6,560 feet).
Specific Examples
- FLIR ThermoSight Pro PTS536: Can detect human-sized targets at approximately 1,350 meters (about 4,429 feet).
- ATN ThOR 4 640: Can detect human-sized targets at around 1,950 meters (about 6,398 feet).
- Pulsar Trail XP50: Offers detection ranges up to 1,800 meters (about 5,906 feet).
Practical Considerations
- Identification vs. Detection: While a thermal camera might detect a heat signature at a long distance, identifying specific details (such as species or specific characteristics) typically requires closer proximity.
- Magnification: Thermal scopes with variable magnification can help in identifying objects at longer distances, though the image may lose clarity when zoomed in.
Summary
Thermal cameras can see objects from a few hundred meters to over 2,000 meters, depending on their specifications and conditions. For most hunting scenarios, a detection range of 1,000 to 1,500 meters is generally sufficient.
Conclusion
This is all about thermal imaging hunting cameras.
The FLIR C2 is the best pick in our list for a couple of reasons. For instance, it has a wide field of view plus it makes use of the MSX Image Enhancement technology that FLIR is known for.
Next, FLIR TG165 Spot Thermal Camera makes as our most durable pick. It offers a solid construction plus an ergonomic design to top it all off.
And lastly, Seek Thermal Compact wins the best iOS camera. Simply have attached on your iPhone or tablet and you are ready to go.
Check Price & Buy Our Top Pick at Amazon
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