RealWear, the pioneer of assisted reality wearable solutions for frontline industrial professionals and a trusted supplier to 41 of the Fortune 100, today launched the world’s first fully hands-free, voice-controlled thermal camera experience. By connecting the new RealWear thermal camera module to RealWear Navigator™ 500 headsets with built-in voice recognition, frontline workers can capture a high-resolution visible-spectrum image or a variety of thermal and color modes to quickly identify temperature anomalies in mission-critical industrial equipment like pumps, pipes, wiring, and motors.

“RealWear Navigator head-mounted devices, with their revolutionary modular design, continue to gain support with Global 1000 companies as the new gold standard in assisted reality. The compelling option to add thermal image capture without occupying your hands in hazardous environments gives frontline professionals more real-time information to do their jobs safely and productively,” said Rama Oruganti, Chief Product Officer at RealWear. “By combining Teledyne FLIR’s thermal expertise with RealWear’s best-in-class voice-driven wearables through its Thermal by FLIR program, we’re creating a digital tool with extended capabilities for the modern frontline worker.”

“As a XR wearable evangelist for Honda, the idea of leveraging the modular design of RealWear Navigator 500 is a no-brainer,” said Greg Cooper, Innovation Engineer, Manufacturing, American Honda Motor Company. “A fully hands-free thermal camera will give our technicians another superpower to get the job done fast. For example, a hands-free, fully voice-controlled thermal enables us to immediately show what we’re doing to address airlocks and ventilation leaks to the reliability team to give them the confidence that our engines and systems are reliable and meet our high-quality standards.”

Imagery is viewable in real time and will in the future have the ability to be shared via Microsoft Teams, Zoom, and Webex Expert on Demand, among others. Compatible with Teledyne FLIR’s ecosystem, the special radiometric JPEG format images can be stored, transmitted, and downloaded for use within the FLIR Thermal Studio post-processing software for greater analysis and reporting options.

“Thermal imaging is critical to assembly, effective condition monitoring, and predictive maintenance programs,” said Dan Jarvis, Sr. Director Business Development, Teledyne FLIR. “RealWear Navigator 500 is the only hands-free system to currently incorporate the patented MSX technology, which overlays the live edge detail from the visible camera on the thermal image to provide critical information.”

Key use cases of RealWear Navigator with thermal include electrical, mechanical, plumbing, and HVAC inspections, along with initial installation readiness, process monitoring, or line monitoring where a connected hands-free device adds flexibility, safety, and overall efficiency for optimum plant production such as automotive assembly line processes.

“Our long-term vision of assisted intelligence takes shape when you start connecting new captured data like thermal imaging into the cloud and beyond,” continued Oruganti. “Industrial wearables have a huge role to play going forward in industry 4.0, and we’re proud to be a part of the global movement.”

Starting today, the thermal camera module is available for pre-order through authorized resellers. The new module is expected to ship in January 2023.

About RealWear

As the pioneer of assisted reality wearable solutions, RealWear® works to engage, empower, and elevate the modern frontline industrial worker to perform work tasks more safely, efficiently, and precisely. Supporting over 65,000 devices, RealWear gives workers real-time access to information and expertise while keeping their hands and field of view free for work. Headquartered in Vancouver, Washington, and used by 41 of the Fortune 100 companies, RealWear is field-proven in a wide range of industries with thousands of world-class customers, including Shell, Goodyear, Mars, Colgate-Palmolive, and BMW.