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Abstract gradient background with a blend of aqua blue and light green colors fading into black corners.

ThermalGlass
Helmet

Hands-free, binocular thermal imaging on a flip-up display for helmet-based industrial work. ThermalGlass Helmet brings Fused Vision™ to the field, so you drop the display in when you need thermal vision and lift it away when you do not.
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Yellow hardhat with attached high-tech black visor and electronic components.

A closer look at ThermalGlass Helmet

ThermalGlass Helmet is built around a high-resolution binocular Fused Vision™ display. The flip-up visor drops into view for thermal work and lifts clear when you do not need it, so it never interrupts the task and your hands stay free.

Binocular Fused Vision™ display

Thermal is added to the real-world view through both eyes, at 2880 x 1440, for natural depth perception.

Edge detection

Object outlines are sharpened in real time, so you can pinpoint the exact heat source.

Selectable LUT color palettes

Switch palettes to match the scene and read heat at a glance.

Thermographic imaging

Calibrated thermal at 640 x 512 and 30 mK, the basis for recording and reporting.
Blue gear icon with a check mark inside, indicating verification or settings confirmation.
Real‑time-grade
Hands‑free
Industrial‑grade
Safety‑first

Built for professionals who demand precision and efficiency

Features

Exploded view of augmented reality glasses showing frame, lens, camera, and internal components.
Two overlapping rounded squares with gradient colors blending from light green to light blue on a transparent background.

See‑through display

Transparent overlay that presents guidance while maintaining full line‑of‑sight.

RGB Wide‑Angle Camera

Wide‑field color capture (visible 400–700 nm) for documentation and situational context.

Illumination Sensor

Measures ambient light to auto‑adjust display brightness/tint for clearer visibility and comfort.

Thermal Camera

Frame rate up to 27 Hz; imaging range −40°C to 330°C; sensitivity 65 mK (typ.), <100 mK @25°C — for rapid thermal anomaly detection.
Exploded view of black smart glasses showing internal lenses, camera, and components.Two overlapping rounded squares in a gradient from green to blue on a black background.Thin circular gradient ring with colors transitioning from blue to green on a white background.

See‑through display

Transparent overlay that presents guidance while maintaining full line‑of‑sight.
Thin circular gradient ring with colors transitioning from blue to green on a transparent background.

See‑through display

Transparent overlay that presents guidance while maintaining full line‑of‑sight.
Thin circular gradient ring transitioning from teal to light green on white background.

RGB Wide‑Angle Camera

Wide‑field color capture (visible 400–700 nm) for documentation and situational context.
Thin circular ring gradient in shades of green and blue on a white background.

Illumination Sensor

Measures ambient light to auto‑adjust display brightness/tint for clearer visibility and comfort.
Thin circular ring with a gradient color transitioning from turquoise to lime green on a white background.

Thermal Camera

Frame rate up to 27 Hz; imaging range −40°C to 330°C; sensitivity 65 mK (typ.), <100 mK @25°C, for rapid thermal anomaly detection.
Black augmented reality smart glasses with built-in camera and dark lenses.Sleek black smart glasses with integrated sensors and adjustable nose pads.Exploded view diagram of a mechanical assembly showing labeled parts and a small black component isolated.Black wireless microphone transmitter with clip, antenna, and display.
Thin circular gradient ring with colors transitioning from blue to green on a white background.

See‑through display

Transparent overlay that presents guidance while maintaining full line‑of‑sight.
Thin circular gradient ring transitioning from teal to light green on white background.

RGB Wide‑Angle Camera

Wide‑field color capture (visible 400–700 nm) for documentation and situational context.
Thin circular ring gradient in shades of green and blue on a white background.

Illumination Sensor

Measures ambient light to auto‑adjust display brightness/tint for clearer visibility and comfort.
Thin circular ring with a gradient color transitioning from turquoise to lime green on a white background.

Thermal Camera

Frame rate up to 27 Hz; imaging range −40°C to 330°C; sensitivity 65 mK (typ.), <100 mK @25°C, for rapid thermal anomaly detection.

A closer look at ThermalGlass Helmet

ThermalGlass Hardhat mounts directly onto the safety helmet your crew already wears. The flip-up display drops into view when thermal vision is needed and lifts away when it is not, so the workflow stays uninterrupted and both hands stay free. The binocular Fused Vision™ display adds a thermal layer to the real-world view through both eyes, so you keep natural depth perception. Built-in edge detection sharpens object outlines, and selectable LUT color palettes make heat sources easy to read at a glance.

See without looking away.

Firefighters and emergency responders working in dense smoke and zero visibility.

See without looking away.

Firefighters and emergency responders working in dense smoke and zero visibility.

See without looking away.

Firefighters and emergency responders working in dense smoke and zero visibility.

See without looking away.

Firefighters and emergency responders working in dense smoke and zero visibility.
Yellow safety helmet equipped with a black mounted camera and attached gray protective goggles.

Made for helmet-based work

Oil, gas & energy

Inspect pipelines, tanks, and equipment for leaks and temperature anomalies in hazardous areas, hands-free, with head protection on.

Manufacturing & maintenance

Run electrical and mechanical thermal checks on the plant floor. Find hot spots on panels, motors, and bearings before they fail.

Construction & utilities

Spot insulation gaps, moisture, and overheating on site, reading heat on a see-through display while staying aware of your surroundings.

Why teams choose ThermalGlass Helmet

Catch problems early.

Spot overheating, loose connections, and abnormal heat distribution before they turn into failures. A difference in the heat pattern is often the first sign something is wrong.
Circular button with number 2 in blue on a gradient green to light blue background.

Record and report.

Capture thermographic images and video on the job and pull them straight into your reporting tool, so findings are documented, not just seen.
Circle with a blue number 3 in the center on a green to light blue gradient background.

See only what matters.

Set the temperature range you care about, for example only what is above 100°C, with min, max, and a crosshair readout, so the display shows the signal and not the noise.
Number 4 in blue centered on a circular gradient background from green to blue.

Down when you need it.

The flip-up display drops in for thermal work and lifts away for everything else, hands-free throughout.
Abstract blur of soft green and blue colors fading into white on the right edge.

Technical Parameters

See-through display

Type
Binocular see-through display
Resolution
2880x1440
Field of view
50° diagonal
Brightness
3000 NIT
Transmittance
>80%

Thermal camera

Imaging resolution
640×512
Dynamic range
LWIR, 8-14um
Sensitivity
30mK
Frame rate
60Hz
Temperature range
<120°C (LG), 550°C (HG)
Thermografic imaging
Yes

Device

OS
ThermOS Unix based operating system
Port
USB 3.0 Type-C
Boot time
10s
Latency
20ms
Wireless Connectivity
WiFi and Bluetooth
Companion Application
IOS, Android
Working Range (Industry Std.)
-30°C to 150°C (5 min), 260°C (1 min)

Power

Battery Life
90 min
Charging
to be confirmed
Manufactured by Holoindustry Kft.
This product is designed by Holoindustry in Hungary.
Explore User Manual
Before you decide
What is ThermalGlass Helmet?

ThermalGlass Helmet is a hands-free, binocular thermal imaging display on a flip-up visor for industrial crews. It adds a real-time thermal layer to the real-world view through both eyes using Fused Vision™, so you can read heat on the job and lift the display away when you do not need it.

What can it detect, and how hot can it see?

The 640 x 512 thermal camera resolves heat at 30 mK sensitivity and 60 Hz, across two gain modes up to 550°C (932°F). It is built to surface overheating, abnormal heat distribution, and hot spots in real time.

Is the display in the way when I do not need it?

No. ThermalGlass Helmet sits on a flip-up mechanism. When you do not need thermal vision, you lift the display out of your line of sight and work with a clear view. When you need it again, you flip it back down. Thermal vision is there on demand, not permanently in front of your eyes.

Can I record and report what I see?

Yes. ThermalGlass Helmet captures thermographic images and video that import into your reporting tool, so inspections are documented, not just observed.

Can I customize what I see?

Yes. You can set the temperature range you want on the display, for example only what is above 100°C, with min, max, and a crosshair readout.

How long does the battery last?

90 minutes.

Can I use it with prescription glasses?

Prescription inserts are available as an option, though most helmet users will not need them.

See ThermalGlass Helmet in your own conditions

Tell us where your crews work and we will arrange a demonstration for your team.
We respond within 24-48 hours and keep your information confidential.
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