The Firefighting Robot safely operates in toxic, smoke-filled, and hazardous environments with advanced infrared cameras, powerful water/foam monitors, gas sensors, obstacle avoidance, and cooling systems—protecting firefighters by tackling dangerous tasks remotely.
Product Description
The Firefighting Robot is engineered to replace personnel in hazardous environments such as inflammable, toxic, hypoxic, and smoke-filled disaster zones. It enhances fire response safety by tackling dangerous tasks remotely, reducing risks to firefighters.
Key Features:
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Rugged, Simple Body Design: Stable construction with high-power DC deceleration motor ensures smooth obstacle negotiation
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Infrared Camera System: Four-way thermal imaging delivers live footage to the control center for comprehensive situational awareness
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High-Capacity Fire Water Monitor: Dual-purpose water/foam monitor with 80 liters per second flow and an 85-meter range
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Gas Detection Sensors: Continuously collects data on five types of gases around the robot for environmental safety monitoring
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Powerful LED Lighting: Dual LED strong lights provide clear visibility in smoke or low-light conditions
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Acoustic-Optic Alarm: Emits alarms during operation to warn nearby personnel and enhance safety
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Automatic Obstacle Avoidance: Continuously detects and avoids obstacles to ensure safe navigation
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Spray Cooling System: Dual water curtain spray cooling protects the robot from overheating during intense firefighting
Form Factor
Attribute
Value
Description
Why It Matters
Height
10
Total standing height (cm)
Human-scale enables use of tools, navigation of spaces
Width
20
Shoulder-to-shoulder width (cm)
Affects balance, door/passage fit
Weight
52
Total mass (kg)
Impacts mobility, safety, power usage, transportability
Power System
Attribute
Value
Description
Why It Matters
Battery Type
Alkaline Battery
Li-ion / LiFePO4 / etc.
Determines energy density, safety
Battery Capacity
Wh or Ah
Impacts range and operating time
Operating Duration
Hours under normal load
Key for logistics, shift planning
Performance
Attribute
Value
Description
Why It Matters
Payload Capacity
Maximum carrying capacity (kg)
Determines real-world utility
Speed
Maximum operational speed
Task completion rate & productivity
Precision
Positioning accuracy (mm)
Quality of work & application suitability
Repeatability
Consistency of positioning (±mm)
Manufacturing quality & reliability
Cycle Time
Time per standard operation
Productivity & throughput calculations
MTBF
Mean Time Between Failures (hours)
Reliability & maintenance planning
Service Life
Expected operational lifespan (years)
ROI calculations & replacement planning
Connectivity
Attribute
Value
Description
Why It Matters
Communication Protocol
Wi-Fi / Ethernet / 5G / Bluetooth
Network integration capabilities
Remote Control
Web / App / Joystick / API
Needed for manual override or remote training
Programming Interface
Drag-drop / Code / Visual / Teach pendant
Ease of deployment and customization
Integration APIs
Available software interfaces
System integration capabilities
Cloud Connectivity
Cloud platform compatibility
Data analytics & remote monitoring
Security Features
Encryption & authentication methods
Cybersecurity compliance
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