10 Best Iphone Thermal Camera 2025 in the United States

The Infiray One XH09 Thermal Camera is a versatile tool that transforms your iPhone into a high-performing thermal camera and monocular. One of its key strengths is its impressive resolution, enhanced by the X³ Super Algorithm, which provides ultra-clear images at 512×384 resolution. This makes it suitable for various applications from home inspections to wildlife observation. The camera's high sensitivity of 0.04℃ ensures precise detection of temperature changes, which is beneficial for engineers, technicians, and homeowners alike.

Additionally, the 870m observe distance and 2-15x digital zoom are perfect for spotting distant objects, thus enhancing its utility for outdoor enthusiasts and hunters. The 50Hz frame rate is particularly notable, as it allows for smooth tracking of fast-moving targets, which is a rare feature for thermal cameras in this price range. Compatibility with iOS devices makes it highly accessible for iPhone users, and its robust, all-metal construction with an IP65 rating ensures durability in harsh weather conditions.

Potential drawbacks include its relatively heavy weight of 1.91 pounds, which might be cumbersome for extended use. Despite this minor shortcoming, the Infiray One XH09 stands out as a comprehensive and high-performing thermal camera suitable for a wide range of users, including outdoor adventurers, home inspectors, and tech enthusiasts looking for advanced thermal imaging capabilities.

The FLIR ONE EDGE PRO is a Bluetooth thermal imaging camera designed for both iOS and Android smartphones, making it a versatile option for users who need thermal imaging on the go. One of its key strengths is its high resolution images, offering a visual resolution of 640x480 and thermal resolution of 160x120, which allow for clear thermal details. Its wireless connectivity is another highlight, enabling users to maneuver in tight spaces without being hindered by cables.

The temperature measurement accuracy of ±3°C or ±5% is acceptable for many applications, especially in DIY projects or quick inspections. It also boasts compatibility with the FLIR Ignite Cloud, allowing easy image upload and organization. The battery life is supported by a lithium ion battery, which is included, ensuring users can start using the device right away.

There are some drawbacks to keep in mind. The thermal resolution, while decent, may not suffice for professional applications that require extremely detailed thermal imaging. Additionally, the temperature range of 5°C to 120°C might limit its usability in extreme conditions. For those who need a reliable thermal camera for everyday tasks, insulation checks, or general maintenance, the FLIR ONE EDGE PRO is a solid choice. However, professional users or those needing higher sensitivity and a broader temperature range might want to consider more advanced models. This device is user-friendly and well-suited for casual to semi-professional use.

The FLIR ONE Pro is a high-resolution thermal camera designed for iPhones with USB-C ports, making it suitable for iPhone 15 and newer models. This compact device plugs directly into your phone's charging port, transforming your iPhone into a powerful thermal imaging tool. With a thermal resolution of 160x120 and a visual resolution of 1440x1080, it delivers clear and detailed images, which is crucial for tasks requiring precise thermal detection.

The camera can measure temperatures with an accuracy of ±3°C or ±5%, covering a temperature range of 5 °C to 120 °C, making it versatile for various applications, from home inspections to professional use on job sites. It also features FLIR Ignite Cloud, allowing you to easily upload, organize, and share images via Wi-Fi. Additionally, the camera is built to endure tough conditions, rated to survive drops from up to 1.5 meters, ensuring durability in demanding environments.

The FLIR ONE Pro is a robust and high-performing thermal camera for iPhone users, particularly those with newer models, offering ease of use, high-resolution imaging, and durability.