Custom Robotic Fire Suppression System Design Package
Engineering Design & Industrial Safety
Platform-Independent (Provided as CAD Files: SolidWorks, Fusion 360, CATIA V5)
The engineering expertise behind your custom robot
Off-the-shelf firefighting robots often fail in real-world industrial fires-wrong mobility, incompatible suppression agents, no integration with your safety protocols. We solve this with fully engineered custom robot design services that deliver systems compliant with NFPA 1901 (USA), EN 14349 (EU), and JIS T 8115 / GB/T 3836 (Asia)-tailored to your facility’s unique risks.
Since 2022, our team has delivered robotic designs for chemical plants in Germany, data centers in Texas, offshore platforms in the North Sea, and semiconductor fabs in South Korea and Singapore-always with full IP ownership transferred to the client and documentation in English, German, or Japanese upon request.
Core engineering capabilities: Precision where It matters most
Our service integrates seven critical design disciplines-each essential for mission-critical fire response across global regulatory environments:
- Robotic arm control design for manipulating fire hoses or rescue tools on firefighting robots - ensuring millimeter-accurate deployment under smoke-obscured conditions.
- Robotic arm calculation for force and trajectory planning under thermal stress - validated through FEA simulations at 200°C+ ambient temperatures.
- Robotic industrial arm design adapted for high-temperature firefighting applications - featuring ceramic-jointed actuators and active cooling channels.
- Mobile robot platform design for rugged, heat-resistant firefighting robots - optimized for debris traversal, water immersion, and steep inclines.
- Chassis design for robotics in fire-resistant, tracked firefighting platforms - with modular armor and load-balanced suspension for uneven terrain.
- Robotic vehicles design for autonomous or remote-controlled fire suppression systems - supporting both teleoperation and AI-driven hotspot targeting.
Each subsystem is co-designed to meet ISO 13849 PLd, NFPA 1901 Annex G, and applicable Asian safety frameworks-including JIS (Japan), KCs (South Korea), and CCC (China) pathways where required.
What you receive: Engineering-grade outputs, not concepts
Within 6-10 weeks, you get a production-ready package including:
- Robot design blueprints (2D assembly + 3D models)
- CAD robot design files in SolidWorks, Fusion 360, or CATIA V5
- Full robotic design specification with material callouts, torque curves, and safety margins
- FEA reports validating fatigue design of robot arm and robotic load distribution design
- Integration protocol for your existing suppression infrastructure
This is a pure design engineering project robotics service-you retain 100% intellectual property rights and choose your manufacturer, whether in Detroit, Duisburg, or Shenzhen.
Frequently Asked Questions
What’s the typical investment range?
Most projects fall between $28,000-$62,000, depending on complexity (e.g., single-arm vs. dual-arm, autonomous vs. teleoperated). We provide fixed-price quotes within 48 hours of receiving your operational requirements.
Which standards do you comply with?
All designs align with NFPA 1901 (USA), EN 14349 (EU), ISO 13849 (functional safety), IEC 60204-1 (electrical safety), and support certification pathways for Japan (JIS T 8115), South Korea (KCs), and China (GB/T, CCC). Cybersecurity assessments per UL 2900 or IEC 62443 are available.
Do you manufacture the robot?
No. We specialize in designing a custom robot-from concept to certified CAD deliverables. You may build it in-house or with a third-party integrator. This gives you full control, lower long-term costs, and scalable deployment-anywhere in the world.
