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  • Beyond Compare Wireless Firefighter Robot
  • Beyond Compare Wireless Firefighter Robot
  • Beyond Compare Wireless Firefighter Robot
  • Beyond Compare Wireless Firefighter Robot
  • Beyond Compare Wireless Firefighter Robot
  • Beyond Compare Wireless Firefighter Robot
Beyond Compare Wireless Firefighter Robot

Beyond Compare Wireless Firefighter Robot

$39000.00-$75000.00/ Piece|1 Piece/Pieces(Min. Order)

Beyond Compare Wireless Firefighter Robot

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Terrain Navigation: Equipped with a robust tracked undercarriage, the robot operates effectively on rough terrains such as mud, sand, and rubble, enabling deployment in disaster zones or industrial accident sites.
  • Surveillance & Hazard Mitigation: Features a top-mounted cylindrical sensor/camera system for real-time environmental monitoring and an arm-mounted modular tool (e.g., cutting, lifting, or decontamination devices) to handle hazardous materials or structural obstacles.

Key features

  • 1. Corrosion-Resistant Aluminum Alloy Construction

  • With a corrosion-resistant aluminum alloy body, ensure long-term durability in harsh firefighting environments compared to traditional steel models*.

  • 2. Wireless Remote Control Interface

  • With a wireless remote control interface, operate the robot safely from a distance, reducing direct exposure to hazards like flames or collapsing structures.

  • 3. Enhanced Terrain Traversal Capability

  • With reinforced tracked undercarriage, navigate mud, rubble, and uneven terrain 30% faster than wheeled firefighting robots*.

  • 4. Modular Equipment Mounts for Versatile Use

  • With modular equipment mounts, quickly switch between thermal imaging sensors and heavy-duty cutting tools to adapt to scenarios like search-and-rescue or structural demolition.

  • 5. Integrated LED Illumination System

  • With high-output LED lights, illuminate dark or smoke-filled environments twice as effectively as non-lit models*, enabling clear visibility during nighttime or low-visibility operations.

Product details

Beyond Compare Wireless Firefighter Robot

The Beyond Compare Wireless Firefighter Robot is a rugged, aluminum-alloy-based robotic platform designed for hazardous environments. Equipped with modular attachments and all-terrain tracked mobility, it enables remote operations in fire, rescue, and industrial scenarios. Its wireless design ensures seamless deployment without compromising on durability or precision.

Technical specifications

FeatureSpecificationBenefit
MaterialAluminum alloy body with corrosion-resistant coatingLightweight yet durable for extreme conditions
UndercarriageHeavy-duty metal tracks (width: 45cm, length: 120cm)20% better traction than standard firefighting vehicles
ModularityQuick-release mounts for sensors/toolsSwap equipment (e.g., cameras, cutting arms) in minutes
Sensor SuiteTop-mounted thermal imaging camera (range: 100m)Detect heat sources in zero-visibility conditions
Lighting System4 LED spotlights (360° rotation, 5000 lumens)Illuminates 30m radius for nighttime operations
CertificationNFPA 1982-compliantMeets global standards for firefighting robots

Customization guide

Adjustable payload capacity (up to 200kg) and customizable sensor/tool attachments allow tailoring to specific missions. For example, swap the standard cutting arm for a water cannon module in disaster zones.

Get inspired

Deploy the Beyond Compare robot to scout burning buildings, handle hazardous materials, or perform post-fire structural inspections. Its modular design ensures it adapts to evolving operational needs.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Payload Capacity100kg+15% (115kg)+30% (130kg)*
Terrain ToleranceUrban rubbleMountainous terrainExtreme off-road
Sensor Range50m thermal scan60m enhanced vision70m LiDAR mapping
Battery Life4 hours5.5 hours8 hours

Supplier's note

  1. Technical Breakthroughs:

    • Modular Design: Swap tools in seconds, enabling rapid response to evolving threats.
    • Corrosion-Resistant Aluminum: Outperforms steel in saltwater environments by 30%.
    • Terrain Adaptability: The Pro model’s tracks provide 40% better grip on ice than competitors.
  2. Version Selection Guide:

    • Base Model: Ideal for municipal fire departments needing cost-effective solutions for urban fires.
    • Advanced Model: Suited for industrial facilities requiring extended battery life and mountainous terrain handling.
    • Pro Model: Best for military or oil/gas sectors demanding extreme payload and chemical resistance (certified for NFPA 1982 Class 3).

With the Pro model’s triple-certified chemical resistance, firefighters can safely navigate hazardous material spills. Pair its LiDAR mapping with the aluminum frame’s lightweight design to deploy faster than traditional models.

Frequently asked questions

  • Which Beyond Compare Wireless Firefighter Robot model is best suited for urban firefighting scenarios?

  • How do I maintain the tracked undercarriage after exposure to harsh firefighting conditions?

  • Aluminum vs Steel: Which material is better for firefighter robots?

  • Can the Beyond Compare robot be customized with thermal imaging cameras for rescue operations?

  • Is the Beyond Compare Wireless Firefighter Robot certified for high-temperature environments?

  • What tools can the arm-mounted equipment handle for disaster response?

  • Can the robot navigate through rubble-filled disaster zones?

  • How long does the wireless battery last during continuous firefighting operations?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Mobility SystemNavigating rubble, steep slopes in firesIndustry: 30% incline (ISO 12183).
Base: 40% incline▲10%.
Advanced: 50% incline▲10% (vs Base)
▲ Superior terrain handling; Advanced excels in extreme terrains.Tracked systems require more maintenance; Advanced adds weight.
Payload CapacityCarrying fire suppressants or rescue gearIndustry: 50 kg.
Base: 80 kg▲30 kg (vs Standard).
Advanced: 120 kg▲40 kg (vs Base)
▲ Increased capacity for heavy tools; Advanced supports 120 kg payloads.Heavier payloads may reduce mobility; Advanced requires reinforced chassis.
Heat ResistanceProximity to flames or intense heatIndustry: Steel (500°C).
Base: Aluminum (600°C▲100°C).
Advanced: Ceramic (800°C▲200°C)
▲ Lighter weight with Base; Advanced withstands hotter environments.Aluminum may dent; Advanced materials are costly.
Sensor SuiteLocating victims in smoke-filled areasIndustry: Thermal (20m range).
Base: Enhanced Thermal (30m▲10m).
Advanced: Multispectral+LiDAR (50m▲30m)
▲ Better detection in smoke; Advanced offers 3D mapping.Advanced sensors add cost and complexity; LiDAR may need calibration.
CustomizationAdapting to different firefighting tasksIndustry: Fixed tools.
Base: Modular (▲50% tool options).
Advanced: Rapid tool exchange (▲2x speed vs Base)
▲ Flexibility in mission configurations; Advanced allows quick tool changes.Modular joints may be weaker; Advanced requires training.
Power EfficiencyProlonged operations in disaster zonesIndustry: 2-hour battery.
Base: 4-hour wireless▲2hrs.
Advanced: 6-hour + solar▲4hrs total (vs Standard)
▲ Wireless mobility; Advanced extends runtime with solar charging.Wireless may have signal issues; Solar adds bulk and weight.

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