Infrared Thermal Imaging Smart Helmet System
Current model: SSK/NW-FAI
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Product Overview
The SSK/NW-FAI multi‑purpose infrared thermal imaging firefighting night‑vision helmet is an intelligent individual‑equipment solution developed by Beijing Sosike for fire rescue, special‑task emergency response, and complex emergency scenes. This product will… Infrared thermal imaging, visible-light video recording, vital-signs monitoring, detection of toxic and hazardous gases, nuclear radiation early warning, wireless image transmission, GPS/Beidou positioning, and one‑button emergency alert. These functions are integrated into the firefighting helmet, helping firefighters enhance their situational awareness in conditions of heavy smoke, darkness, high temperatures, low visibility, and hazardous environments. During fire rescue operations, conventional visual observation is often compromised by smoke, flames, obstructions, and complex backgrounds. The SSK/NW-FAI, leveraging infrared thermal imaging, assists firefighters in identifying temperature distributions, hotspots, vehicles, human targets, and potential signs of life at the scene. It also transmits live imagery and data back to the command center via a wireless network, providing real-time information to support on-site rescue efforts and command‑and‑control operations.
Core Product Value
1. Target detection assistance in smoky environments
In a fire scene, smoke, particulates, and darkness can severely impair visual observation. The SSK/NW-FAI is equipped with an infrared thermal imaging module that, in low‑visibility conditions, helps identify heat sources, fire hotspots, and human silhouettes, enabling firefighters to assess the environment more quickly.
2. Infrared thermal imaging + visible-light dual-channel sensing
The product supports infrared camera configurations, with optional resolutions. 384×288 / 640×512 , while also equipped with 13-megapixel HD visible-light camera with optical image stabilization In actual rescue operations, visible light is used for on-site documentation and image acquisition, while thermal imaging aids in target identification in smoky, dark, and high-temperature environments. This dual-channel sensing approach enhances firefighters’ ability to assess the spatial layout of the scene, identify obstacles, locate fire sources, and pinpoint personnel positions.
3. Real-time monitoring of firefighters’ vital signs
The SSK/NW-FAI supports health‑monitoring functions such as heart rate, blood oxygen saturation, and blood pressure, helping to track firefighters’ physiological conditions in high‑temperature, high‑pressure, and prolonged‑exposure environments. When a firefighter’s vital signs deviate from normal, the data can serve as a reference for on‑site safety management and command coordination. For tasks like interior fire attacks, underground rescue operations, hazardous‑material response, and extended search-and-rescue missions, real‑time vital‑signs monitoring enhances individual safety and operational effectiveness.
4. Detection and Alarm for Toxic and Harmful Gases
Fire and emergency scenes may pose risks such as flammable gases, toxic or hazardous gases, and oxygen deficiency. This helmet is equipped with gas‑detection capabilities, enabling it to monitor—including… CH4, CO, O2 Gas-type detectors help firefighters promptly assess on-site environmental risks.
In scenarios such as hazardous chemical warehouses, underground utility tunnels, factory fires, confined spaces, and post-disaster search-and-rescue operations, gas detection capabilities can provide critical guidance for personnel evacuation, area assessment, and the selection of rescue routes.
5. Nuclear Radiation Environmental Early Warning
The SSK/NW-FAI is equipped with nuclear radiation detection and early-warning capabilities, enabling it to assist in assessing radiation risks in specialized emergency scenarios. When firefighters enter areas with potential radiation hazards, the system provides risk alerts, helping personnel promptly implement protective measures.
This feature is applicable to mission scenarios such as special‑operations rescue, industrial accidents, nuclear radiation risk assessments, and the handling of specialized disasters.

6. 5G/4G Wireless Image Backhaul
Product Support 5G/4G/3G network It can transmit live images, videos, and data back to the rear‑end platform. The command center can use the transmitted feeds to monitor the frontline fire scene, track personnel locations, detect temperature anomalies, and assess rescue progress, thereby enhancing remote command and coordinated operations capabilities.
For large-scale fires, complex building rescues, multi‑unit coordinated operations, and emergency command‑and‑control scenarios, image transmission capabilities can effectively reduce information blind spots.
7. GPS/Beidou Positioning and One-Click Emergency Alarm
SSK/NW-FAI supported GPS / BeiDou positioning and features a one‑click emergency alert function. When firefighters are in complex buildings, underground spaces, or sudden hazardous environments, location and alarm data enable command centers to quickly determine personnel positions and conditions.
This feature is suitable for use by fire stations, specialized firefighting units, emergency rescue teams, and other organizations during high-risk rescue operations.
Applicable Scenarios
1. Fire scene rescue
At a fire scene, the SSK/NW-FAI can help firefighters identify ignition sources, high‑temperature zones, trapped individuals, and safe access routes. Infrared thermal imaging enhances target detection in smoky conditions, while the gas‑detection module assists in assessing whether flammable, toxic, or oxygen‑deficient hazards are present.
Suitable scenarios:
High-rise building fires, factory fires, warehouse fires, underground space fires, vehicle fires, and nighttime fire rescue operations.
2. Emergency Rescue in Special Environments
In special environments characterized by heavy smoke, low visibility, and the presence of toxic gases or radiation hazards, this helmet provides firefighters with enhanced situational awareness through thermal imaging, gas detection, radiation warning, and wireless data transmission capabilities.
Suitable scenarios:
Hazards involving hazardous chemicals, underground utility tunnel incidents, industrial park accidents, specialized emergency rescue operations, and the identification and assessment of radiation‑risk areas.
3. Post-disaster search and rescue
In post-disaster search-and-rescue operations, thermal imaging helps detect human heat signatures and vital signs, while AI‑driven analysis and real-time image transmission enhance the efficiency of situational assessment at command centers.
Suitable scenarios:
Post-earthquake search and rescue, building collapse search and rescue, nighttime search and rescue, low-visibility search and rescue, and personnel localization in complex environments.
4. Firefighting Training and Debriefing
During fire‑fighting training, the images, videos, location data, vital signs, and environmental information captured by helmets can be used for training documentation, post‑event analysis, and assessment of emergency response capabilities.
Suitable scenarios:
Firefighter training, fireground simulation exercises, specialized operations training, command-and-control drills, and individual equipment training.
Product Feature Highlights
Infrared thermal imaging detection
Equipped with a high-sensitivity infrared thermal imaging module, it can assist in identifying fire‑scene temperature distributions, hotspots, human targets, and vehicle targets. According to the documented specifications, the product supports applications such as fire‑point alarms, personnel alarms, and vehicle alarms.
High-definition visible-light recording
Equipped with a built-in 13-megapixel HD camera featuring optical image stabilization, it supports on-site image capture, video recording, and remote transmission, providing visual evidence for post‑mission analysis, forensic investigation, and command‑and‑control decision‑making.
Multi-sensor integration
It integrates multiple functions, including gas detection, health monitoring, positioning, wireless communication, illumination, and alarm systems, thereby reducing the burden on firefighters who would otherwise have to carry numerous standalone devices.
Remote Command and Coordination
It supports wireless image transmission, cloud storage, and voice intercom, and can integrate with the “Individual Commander” emergency rescue system to enhance coordination between front‑line and command‑center operations.
Lightweight Firefighter Helmet Structure
The helmet shell is made of carbon fiber, while the inner lining features flame‑retardant materials. The shoulder cape can be customized with either aluminum‑foil thermal insulation fabric or aramid flame‑retardant fabric, balancing protection, durability, and wearing comfort.
Technical Specifications
Technical parameters
Core Specifications
Product model | SSK/NW-FAI |
Helmet color | Black |
Product dimensions | 302*285*272mm |
Head circumference measurement | 52-64cm |
Housing material | Carbon fiber |
Bumper pad | Expandable polystyrene |
Helmet liner | Flame retardant Nomex Interior |
Cheek strap | Patent-protected quick-release buckle |
Shawl material | Aluminum foil insulation fabric / Aramid flame-retardant fabric |
Face mask | Optical-grade anti-fog lens - Clear coat / Optical-grade anti-fog lens - Gold-plated coating |
Electronic function | |
chip | 8 Nuclear, 2.0GHz |
Memory | RAM 4GB+ROM 64GB // Support 6+12 GB |
Positioning | GPS Beidou |
Visible-light camera | 1300W High-definition image stabilization |
Infrared camera | 384*288/640*512 |
Display screen | 3 inch LCD , 854*480 Resolution, IPS Wide viewing angle |
Network | 5G/4G/3G |
Microphone | Noise-canceling dual mic |
Laser infrared positioning | Support |
Fire point alarm distance | Recent camera detection range 1 rice |
Maximum target temperature measurement distance 11 Rice (in 0.1 × 0.1 (in metric units) | |
Maximum alarm distance of the fire point 28.8 Rice (in 0.1 rice *0.1 (in metric units) | |
Maximum alarm distance for personnel 55.2 Rice (in 1.8 rice *0.5 (in metric units) | |
Maximum alarm distance of the vehicle 165.6 Rice (in 4 rice *1.4 (in metric units) | |
TF Card | Maximum support 256GB |
External Intercom Interface / Headphone jack | 3.5mm Jack (not supported) |
Speaker | Intercom-grade loudspeaker (8 Omega 2w) ,2 one |
Battery capacity | 6000mA , battery is removable |
Charging power | 5V==2A Charging |
Button | Intercom button, SOS Button, power button, record button |
Bluetooth | BT5.1LE , backward compatibility V4.1/3.0/2.1 |
Wi-Fi | WiFi 5:802.11 ac/a/b/g/n |
Lighting | Support |
Yes Card | Nano-SIM Card , Single card |
Gas detection | Support (CH4 、 CO 、 O2....) |
Health Checkup | Support, ( Heart rate, blood oxygen, blood pressure ) |
System Functions | |
One-click alarm | Support |
Speech recognition | (Not supported) |
Voice Intercom | Support |
Wireless image transmission | Support |
Cloud storage | Support |
System Parameters | |
System Version | Android 11 |
Client software | |
Embedded Terminal | Individual soldier helmet |
Command system | " “Individual Soldier Command” Emergency Rescue System |
Product Applications | |
Application Environment | Firefighting detachments at all levels, specialized fire units, and emergency rescue teams |
Application Standards | XF44-2015 |

Standard Package Contents
Content update in progress,...
Upon unpacking and use, the standard package includes the above accessories.
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