A Wider View of the Fireground with the New FLIR K95

In a smoke-filled structure, a thermal imaging camera is only as useful as the information it gives the firefighter holding it. Seeing heat is important, but understanding the room, recognizing changing conditions, and finding what matters without constantly sweeping the camera back and forth can make that information much more useful.

That is where the new FLIR K95 Thermal Imaging Camera stands apart.

The newest addition to FLIR's K-Series combines 640 × 480 thermal resolution with a 95° × 74° field of view, giving firefighters a significantly wider look at the environment in front of them. FLIR describes it as the widest field of view available in a firefighting TIC. The goal is straightforward. Put more of the scene on the screen at once so crews can spend less time scanning and more time interpreting what they are seeing.

More of the Room in One View

A traditional thermal imaging camera requires the user to pan across a room to build a complete picture of the space. The K95's 95° field of view expands how much can be seen in a single glance.

During a search, that could mean bringing more of the room layout, doorways, floor openings, furniture, crew members, and potential victims into view at the same time. During fire attack, it can help crews follow heat movement and fire development while maintaining a broader understanding of the space around them.

That wider perspective is the K95's biggest upgrade. Instead of simply adding more image resolution, FLIR paired its 640 × 480 detector with a wider field of view to improve how much usable information firefighters can take in without excessive camera movement.

Clear Imaging Without Range Switching

Fire conditions can change quickly from relatively cool areas to extreme heat, sometimes within the same room. The K95 uses a single-range thermal imaging system that operates from -4°F to 1,202°F.

Rather than switching between separate temperature ranges, the camera is designed to maintain a continuous thermal image without the temporary image freeze associated with conventional gain switching. That allows firefighters to stay focused on what is happening in front of them instead of waiting for the camera to adjust.

The K95 also features a 4-inch, 640 × 480 display and multiple imaging modes for different phases of an incident.

Together, the modes allow firefighters to adjust how thermal information is presented based on the task in front of them.

Built for the Fireground

Image quality is only part of what makes a firefighting TIC useful. The camera also has to survive the environment where it will actually be used.

The FLIR K95 carries an IP67 rating and is tested to withstand a 6.6-foot drop onto concrete. FLIR also rates the camera for operation at 302°F for up to 15 minutes and 500°F for up to five minutes.

That rugged construction supports the same kinds of demanding operations the camera is designed to assist with, including interior fire attack, search and rescue, overhaul, and other low-visibility incidents.

Useful Beyond the Initial Attack

A TIC does not stop being useful once the fire is knocked down.

During overhaul, thermal imaging can help crews identify abnormal heat patterns and investigate areas where fire may still be concealed. The K95's Detection Mode, high-resolution sensor, and wide field of view give crews another way to survey larger portions of the scene while looking for remaining heat.

The camera can also capture thermal images and video, providing departments with material that can be reviewed after an incident or incorporated into training.

Bringing Thermal Imaging Into Training

One of the K95's less obvious advantages is what it can do away from an active call.

The camera connects through Wi-Fi to the FLIR Responder App, allowing thermal video to be streamed from the camera. For instructors, that creates an opportunity to see what a firefighter is seeing during a training evolution rather than relying only on a discussion afterward.

Departments can use recorded or streamed thermal imagery to work through search patterns, fire behavior, heat recognition, camera positioning, and image interpretation with their crews.

The Responder App can also be used for camera configuration and over-the-air updates, helping departments manage the camera without adding unnecessary steps at the station.

A TIC Designed Around Situational Awareness

The biggest story behind the K95 is not one individual specification. It is what those specifications are intended to accomplish together.

A wider field of view puts more of the environment on the screen. A 640 × 480 detector provides the detail needed to interpret that view. Single-range imaging keeps the picture continuous as temperatures change. Multiple imaging modes allow the camera to adapt to different phases of the response.

For firefighters, that means the K95 is designed to help answer a more important question than simply "Where is the heat?"

What is happening around me?

From search and fire attack to overhaul and training, the new FLIR K95 Thermal Imaging Camera gives crews a wider way to see the scene and more information to work with when visibility is limited.

Explore the FLIR K95 Thermal Imaging Camera at TheFireStore.