• The Fire Spyder™ concept
  • Operational
  • Proof of Concept
  • The Pro Fire Spyder™
  • About the inventor
  • Storyboard + animation
  • FAQ
  • More
    • The Fire Spyder™ concept
    • Operational
    • Proof of Concept
    • The Pro Fire Spyder™
    • About the inventor
    • Storyboard + animation
    • FAQ
  • The Fire Spyder™ concept
  • Operational
  • Proof of Concept
  • The Pro Fire Spyder™
  • About the inventor
  • Storyboard + animation
  • FAQ
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Frequently Asked Questions

Please reach us at info@fire-spyder.com if you cannot find an answer to your question.

  The true superpower of the Fire Spyder™ lies in its ability to execute four critical actions simultaneously during the first tactical response. In one seamless operation, it:

· Lifts heavy firefighting equipment to the operational floor

· Delivers an improvised standpipe

· Immediately initiates an exterior fire attack

· Shares live situational awareness (via FLIR and standard cameras) with the incident commander
This integrated response drastically reduces setup time and enhances firefighting effectiveness from the outset.


 No.  Anchors can be installed quickly during the emergency. The system is designed for rapid deployment without requiring permanent installations. 


No. While placing the anchors higher generally improves façade coverage, it is not essential to install them on the roof. Anchors can also be installed in a concrete floor of a room located above the fire, as long as the structure is suitable for load-bearing.


 Absolutely. In fact, this is often preferable. Adjacent buildings are typically unaffected by the fire, meaning elevators and roof access are still operational—allowing for faster, safer setup. 


Ideally, anchor points should be identified and marked during a pre-incident building inspection. However, if no prior information is available, several tools exist to assess concrete strength and thickness on-site, guiding safe installation locations. 


All mechanical anchors, chains, and wires used in the Fire Spyder™ system are/should be certified for their intended loads. They are matched to expected operational forces with appropriate safety factors to ensure reliable and secure performance under emergency conditions. 


If standard mechanical anchoring isn’t possible, alternative methods can be used. For example, high-strength Technora rope can be secured to existing rooftop infrastructure such as structural pillars or certified window-washing anchor points. Tall building rooftops typically offer a variety of built-in features that can be adapted for emergency use.


 Technora rope is a lightweight high-performance synthetic fiber known for its exceptional strength and heat resistance. It’s widely used in rescue operations, climbing, and tactical deployments—making it ideal for emergency applications like Fire Spyder™.  Here are some key metrics:

  1.  diameter 11mm ( ≈ 0.43 inch)
  2. breaking strength 40.1kN ( ≈ 9014 lbs)
  3. weight 91 grams/meter ( ≈ 0.20lbs /meter)
  4. maximum working temperature 177  °C  ( ≈ 350  °F )
  5. decomposition temperature 482  °C  ( ≈  900  °F  )
  6. moderate abrasion resistance



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  • The Fire Spyder™ concept
  • Operational
  • Proof of Concept
  • Storyboard + animation

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