Looking for the best smartphone thermal camera on the market? Portable smartphone infrared cameras are fast becoming the rave of the moment as they represent the next level in thermal imaging technology. With them, you can expand the capabilities of your smartphone to capture thermal imagery and instantly send the thermal images. In this guide, you will discover the best smartphone thermal camera that allows you to transform your iPhone or Android model into a professional thermal imaging tool.

Why invest in a smartphone thermal camera?

Historically, thermal cameras have always existed as a standalone units, usually for professional and business use. Thanks to rapid advancements in technology, smartphones have soared in popularity, with everyone owning one because of the convenience and plethora of functions they can perform. One of such capabilities is combining the power of a fully functional thermal camera with the portability, processing power and display capabilities of today’s smartphones.

Now, everyone can use smartphone infrared cameras for various uses that make life better. Buying a smartphone thermal camera is an investment that saves you 10x the price of the camera, especially when you use it to detect and fix things on your property. Some of the uses of a smartphone thermal camera include:

·         Detect and identify areas of moisture intrusions

·         Detect faulty insulation in your home

·         Discover termite infestation by detecting warm spots in your home

·         Quickly locate electrical appliances that emit unusual amounts of heat

·         Detect pests in roof spaces

·         Detect unusual heat generation in the engine and exhaust system

·         Check for radiator blockages

·         Conduct engine diagnostics to visualize cylinders not operating

·         Check brake discs are uniformly heated when applied

·         Use for wildlife surveillance at night

·         Use for search and rescue purposes in total darkness etc.

The above are just a few of the many things you can do with a smartphone thermal camera. The best part is that you don’t have to carry a dedicated device to enjoy all these benefits, as the best smartphone thermal camera is compatible with both iPhone and Android devices. Just connect it to your smartphone, take a thermal (& normal) picture and text it right away!

How to find the best smartphone thermal camera

Buying a smartphone thermal camera can be overwhelming as there are many options to consider. All models claim to be the absolute best, which is why it’s imperative to know what to look out for before you commit to making a purchase. Here are a few critical things to consider if you’re looking to buy the best smartphone thermal camera.

Resolution

Much like digital photography, the resolution is a major criterion when shopping for the best smartphone thermal camera. The resolution of a smartphone infrared camera is critical because it determines the accuracy of the image you can expect. Many models on the market sport low resolution in the range of 80 x 60 pixels and 160 x 120 pixels. The best options usually come with around 256 x 192 pixels to deliver rich and clear details.

Field of view

Field of view refers to the extent to which a smartphone thermal camera allows you to see. It describes the maximum area you can see at any given time via the thermal camera. It is always a good idea to go for cameras with a wide angle of the lens, as that means you will be able to capture a larger area of a scene. Check the specification of the cameras under review, and you will find the measurement expressed in degrees. For a smartphone thermal camera, you should aim for a device with 25° FOV or higher.

Focus

Since you’re looking to get a smartphone thermal camera and not a dedicated device, it’s important to check the capability of the camera to focus. Some models are only able to capture static objects, but that places a limitation on the number of scenes you can capture. A great smartphone infrared camera should have an autofocus function that lets you focus on a static or moving object by simply touching the screen.

Durability

Since you will likely be using your smartphone thermal camera for a wide range of applications, ensure that the option you’re considering is rugged enough and can continue to operate optimally in various weather conditions. For example, it should be battery-free, so you never have to worry about charging it before use. Also, it should be optimized for low power consumption so you can use it for a long period. The less power it requires to operate, the more battery juice you can use for other things.

Convenience

Convenience is a keyword in the smartphone market, and you shouldn’t settle for anything less. The best smartphone thermal camera was engineered to make your work easier and faster. For that to happen, it means operating the smartphone thermal camera should be a breeze. In other words, it should have a plug-and-play design, so you don’t have to worry about a multi-step approach to using it. Also, it should have an app that offers different modes you can switch to without hassle. Plus, the smartphone thermal camera should feature night vision capabilities to capture target objects up to 100 meters away.

Why choose the MobiR 2 Series from Guide Sensmart

For the best thermal camera for Android and iPhone devices, the MobiR 2 Series are the best smartphone thermal camera you need to quickly capture thermal photos and videos, share findings and send for documentation. Made by world-renowned manufacturer Guide Sensmart, the MobiR 2 Series is designed to leverage the power and convenience of your smartphone to bring several problems to light that you cannot see with your eyes. When you want good value for money, don’t settle for anything less than the best.

Conclusion

The best thermal smartphone camera from Guide Sensmart combines value and portability in a single device. Simply connect and start detecting on the go! What’s more, the low power consumption ensures that you’re free from worries of getting batteries or even charging.