HurleyIR is a full service infrared, security, and engineering company. We are a leading manufacturer of infrared and visual camera systems. Our cameras have been tested under the harshest conditions, and exceed military specifications for operational and environmental integrity.
We can custom engineer any product to meet your specifications.
Founded in 1978, HurleyIR (HIR) is an independent, professional infrared testing company. HIR is committed to the highest standards of professional thermography. Our expertise allows us to deliver accurate, reliable information you need to minimize your risk and make financially sound decisions.
Benefits of thermographic testing are elimination of downtime caused by equipment failures, reduction in maintenance costs, and increased useful life of facility assets. HIR uses only state-of-the-art, extremely sensitive digital infrared sensors when performing infrared inspections. Our high resolution camera imaging systems can detect temperature differences as small as 0.1°C and have on-board temperature measurement capability.
HurleyIR is a leading manufacturer of infrared, night vision and visual camera systems used on a variety of platforms. With thousands of units deployed throughout the world, HurleyIR maintains under a 1% failure rate in the field. HurleyIR imagers are trusted throughout the world and are known as the most reliable, rugged and durable systems available. HurleyIR systems are currently used to protect airports, power plants, FOBS, boats, RG-31's, MRAPS, Buffalos, HMMVWs, and more
HurleyIR has been 810G tested and approved by the US Army ATEC, surpassing all testing standards. All systems are built to withstand the harshest environmental conditions known. Extreme heat and cold, blowing sand, salt, fog, 3 foot submersion, 3 foot drop on concrete, electromagnetic discharge shielding and explosion proof testing are just some of the standards HurleyIR meets. From the roof of an RG-31 to the top of critical facilities, HurleyIR cameras provide crystal clear imagery in all environmental conditions.