FLIR K95 Thermal Imaging Camera

The FLIR K95 Thermal Imaging Camera is engineered for frontline firefighting operations, delivering high-resolution thermal imaging, wide-area scene visibility, and rugged durability for demanding fireground conditions. Designed by FLIR for interior attack, search operations, overhaul, and training applications, the K95 combines a 640 × 480 thermal sensor with a wide 95° field of view to help firefighters identify victims, hazards, and heat signatures in smoke-obscured environments.

Key Features & Benefits

• 640 × 480 thermal resolution provides detailed thermal imaging for improved situational awareness and target identification.
• 95° × 74° field of view allows crews to scan larger areas quickly during search and rescue or interior operations.
• Single-range interface minimizes menu interaction and helps firefighters stay focused during critical incidents.
• Flexible Scene Enhancement (FSX) improves image contrast and scene clarity in challenging environments.
• Multiple image modes including Basic, Search, Detection, High Heat, and White Hot support varied operational needs.
• Integrated wireless connectivity enables live streaming, media transfer, and training support through the FLIR Responder app.
• Rugged IP67-rated construction helps protect against water, dust, and harsh fireground conditions.
• 2-meter drop resistance supports reliable use during aggressive firefighting and rescue operations.
• High-temperature operating capability measures temperatures from -20°C to 650°C (-4°F to 1202°F).
• 4-Inch backlit LCD display with 640 × 480 resolution delivers clear thermal viewing in low-light environments.
• 30 Hz image frequency and 60 Hz display frame rate provide smooth image performance during movement and search operations.
• Includes operational accessories such as two batteries, charger, carabiner, neck strap, retractable lanyard, USB cable, and power supply.

Why It Matters

The FLIR K95 is built for firefighters who need dependable thermal visibility in smoke, darkness, and high-heat environments. Its high-resolution imaging, wide viewing angle, and simplified interface help crews work more efficiently during search, suppression, and overhaul while supporting training and post-incident review through wireless media capabilities.