MI-TIC S Thermal Imaging Camera

The Mi-TIC S Thermal Imaging Camera is the smallest and lightest, high-dynamic range thermal camera with a large screen. Designed as a thermal imaging camera for firefighters, it meets the NFPA 1801:2021 compliance, offering unparalleled performance in extreme conditions. 

Key Features

• Crystal-clear imaging: Superb dynamic range up to 2000°F (1100°C). You can clearly view extremely high temperature scenes without whiteout. You can also see very low temperature scenes, which is ideal for casualty searches and firefighting scenarios. 

• Compact and lightweight: At 1.9 lbs (870g), it’s the lightest NFPA-compliant large-screen handheld thermal camera.

• Enhanced functionality: The handheld thermal imaging camera includes laser pointer, electronic compass, and Heat Seeker/Cold Seeker technology.

• Advanced Recording: Captures up to 1000 images and 16 hours of video.

• Multi-mode applications:

• Ventilation location selection

• Search and rescue (fire and non-fire)

• Seat of fire localization

• Overhaul and size-up

• Interior structural firefighting

• Hot spot localization

• Cold spot localization

• Directional awareness

A purchase of a thermal camera requires ID verification. Please look for an email post-purchase and follow the instructions to complete this process. 

Discounts available for purchasing multiple cameras- 10% off 3-5 cameras, 15% off 6+ cameras. Discount taken automatically at checkout. 

Discounts available for large quantities. Submit your enquiry here for more information. 

The U.S. Government has certain controls over the MI-TIC S Thermal Imaging Camera and prohibits the exporting, selling, transferring, transporting, or shipping of the product outside the U.S. This restriction applies whether the product is in its original form or has been incorporated into other items without first obtaining approval from the U.S. government, or as authorized by U.S. law and regulations. This product is subject to Export Administration Regulations (EAR) with a classification of 6A003.b.4.