Hands-Free Freedom
The helmet-mounted design eliminates the need to hold the device by hand, leaving both hands completely free for work.
Fire Predator Series
Choose a model
Fire Detection
Fire Predator 1
A helmet-mounted thermal detection device for locating residual fires and hot spots in real time
A helmet-mounted system that lets firefighters and wildfire crews keep both hands free while identifying heat sources and people through smoke and sharing field video and location data with an integrated command center.
Deployment information
Quotation after reviewing site requirements
Fire Predator 1
Standalone Thermal Imaging Camera
StandalonePredator 1 is a standalone thermal imaging camera designed for a worker’s helmet, allowing thermal footage to be viewed directly at the scene.
Standalone operation
A standalone model focused on thermal imaging at sites without communication infrastructure
- Helmet-mounted thermal camera
- Real-time thermal image viewing
- Independent operation without a network
- Physical-button controls
- Full-screen thermal imaging UI
Field workflow
How Predator 1 Works On Site
From mounting the device to making a field decision, the essential thermal-imaging workflow runs without a communication connection.
- 01
Attach Predator 1 to the worker’s helmet.
- 02
Turn on the device and launch the thermal imaging feature.
- 03
Check the heat distribution on site using the helmet-mounted display.
- 04
Operate the required thermal imaging functions using the physical buttons.
- 05
Assess high-temperature areas and potential hazards on site and respond accordingly.
Model comparison
Predator 1 & Predator 2 Key Specifications
Compare the models according to communication conditions and collaboration needs. The Predator 1 column is highlighted on this page.
| Category | Predator 1 | Predator 2 |
|---|---|---|
| Product Type | Standalone helmet-mounted thermal camera | Connected helmet-mounted integrated safety system |
| Thermal Imaging | Supported | Supported |
| Standalone Operation | Supported · No network needed | Available · Control-room connection is standard |
| Physical Buttons | Supported · 4 buttons on body | Supported · PTT, SOS, flashlight, and more |
| Voice Communication | Not supported | PTT supported |
| Video Call | Not supported | Supported |
| SOS | Not supported | Supported |
| GPS Location | Not supported | Supported |
| Remote Control Room Link | Not supported | Supported |
| Photo & Video Storage | Supported | Stored on internal hardware |
| Flashlight | Not supported | Dedicated physical button |
| Primary Environment | Independent inspections, small sites, and sites without communication infrastructure | Team operations, control-room-connected sites, and disaster response |
| Recommended Users | Equipment inspectors, solo inspectors, and wildfire firefighters | Wildfire crews, firefighters, rescue teams, and incident commanders |
| Core Selection Criteria | Thermal image checking | Communication and remote collaboration |
| Key Term | Standalone | Connected |
Field application
On-Site Residual-Fire and Hidden-Heat Detection
Predator 1 lets crews inspect thermal images directly on site to locate residual fires and hidden heat sources. Automatic temperature alerts and thermal-image saving support faster follow-up decisions.
- Residual-fire checks in houses, buildings, and other structural fires
- Residual-fire and reignition-risk checks at wildfire scenes
Standalone field support
01
Automatic temperature alerts
02
Automatic thermal-image saving
Product brochure
Predator Series Product Guide
Review the functions, specifications, and applications of Predator 1 and Predator 2. Select either image to enlarge it.
Hands-free detection
Why is a Helmet-Mounted Thermal Camera Necessary?
The hands-free configuration allows crews to locate residual fires, hot spots near combustible gases, and people through smoke without holding a device, improving continuity during search and suppression operations.
Key features
Fire Predator Key Features
The Predator Series is a line of products developed to allow workers to check thermal distribution and abnormal temperatures through a helmet-mounted device, without needing to carry a separate handheld thermal camera. Predator 1 is a Standalone model focused on thermal imaging, while Predator 2 is a Connected model that combines thermal imaging with voice communication, video calling, SOS, location tracking, and control room integration.
Intuitive Heat & Temperature Checking
Identify heat sources, embers, and overheated areas that are difficult to see with the naked eye using thermal distribution imaging.
Automatic Temperature Alerts
Quickly respond to thermal hazards on site with automatic threshold temperature detection and real-time alerts.
Field-Centered Operation
Operate key functions mainly via physical buttons, tailored for environments involving gloves, dust, and smoke.
Worker Safety
Empowers workers to maintain situational awareness and facilitates rapid emergency response when necessary.
Field workflow
How Thermal Imaging Changes Residual-Fire Suppression
Rapidly locating residual embers and hot spots improves field response while reducing the time and workload required for suppression operations.
Fire detectioncapabilityimproved bymore than 20 times
Working timereduced bymore than 20 times
Working intensityreduced bymore than 5 time
Field evidence
Residual-Fire Suppression Sites and Re-Ignition Risks
Conventional sites often lack equipment for directly detecting remaining embers, making operations difficult and time-consuming while leaving a risk of wildfire re-ignition.
- 01Residual-Fire Suppression Site
- 02News about wildfire reignition
- 03Residual-Fire Re-Ignition Process
Field applications
From Fire Response to Preventive Industrial Inspection
Fire Predator supports heat-source and ember detection in wildfire and firefighting operations, preventive inspections of electrical and industrial facilities, and safer work in low-visibility environments.
Product consultation
Discuss your requirements and product configuration
Tell us about your operating environment and requirements, and we will recommend a suitable deployment approach.