Bespoke Quadruped Robot Design & Prototyping Service
Professional Service, Design Service
Platform-Agnostic Design Service (Output compatible with Linux/ROS, VxWorks, QNX, or custom RTOS)
The engineering expertise behind your custom robot
Custom quadruped robot design for industrial & security challenges.
Bespoke robot design and engineering, purpose-built for the demanding environments of the American and European industrial, energy, and public safety sectors. From initial robot design sketches to field-deployed systems with full compliance.
Your challenge, solved: Specialized quadrupedal robot design for core applications
We move beyond generic prototypes. Our robotics design and development process is tailored to deliver robust partners for your most critical operations.
Robotic load-bearing design for industrial inspection & logistics
Carry heavy sensor suites or payloads across plant floors, construction sites, or warehouses. Our weight bearing robotic designs and robotic force sensing design ensure stable, safe operation around personnel and infrastructure, supporting ergonomic design of robot principles for seamless integration.
Resilient robotic limb design for search & rescue (SAR) & security
Advanced robotic joint design and robotic compliance mechanism design allow navigation through rubble and complex obstacles. Durable robotic abutment design protects critical components in harsh conditions.
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Precision platform for R&D: Dynamic robot control and design laboratory in a box. Accelerate your research with a fully-documented, modular platform. Access to robot design blueprints, CAD robot design files, and our robotic system performance design framework allows for rapid iteration and customization.
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Engineered for longevity: Fatigue-resistant robotic design for structural integrity. Every robotic limb and joint undergoes thousands of simulated duty cycles. Our focus on fatigue design of robotic structures and resilient robotic load-bearing design translates to fewer field failures and a lower total cost of ownership, a critical advantage for remote or hazardous operations.
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Optimized for mission success: Robotic performance optimization design. We refine robotic function optimization design for your specific use-case-whether it's maximum battery life for long patrols or silent operation for security. This is robotic technology design focused on outcomes.
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From blueprint to reality: Advanced robotics design software & prototyping. Leveraging fusion 360 robot design and autocad robot design, we create precise robot design cad models. Our robotics studio design process includes iterative prototyping, ensuring the design of the robot meets all robotic design specifications before final production.
Your de-risked path from concept to certified deployment
We replace uncertainty with a clear, stage-gated process. This proven framework protects your investment and ensures alignment at every step.
- Phase 1: Discovery & Scoping
We define your requirements, operational environment, and compliance needs (CE, UL, ATEX). Output: A fixed-price proposal and detailed robotic design specification document.
- Phase 2: Conceptual & Detailed robotics engineering design
You receive concept robot design options, robot design drawings, and system architecture. Milestone payments begin. Intellectual Property rights are clearly assigned.
- Phase 3: Prototype & robotic design project development
Building and testing the designed robotics prototype. You participate in review cycles. We focus on designing robots with movement in mind for real-world validation.
- Phase 4: Certification, pilot & delivery
We manage the compliance testing and support your pilot program. Final delivery includes the system, full documentation (robot design blueprints, manuals), and training.
Flexible engagement & delivery models
- Full system, full IP: Turnkey solution. You own all robot design concepts and the physical asset.
- Design license: License our proven platform design of HYQ a hydraulically and electrically actuated quadruped robot and adapt it for your needs.
- Co-development: Share resources and IP for groundbreaking robotics development design projects.
Addressing Your Key Investment Questions
How do you ensure the robotic mechanical design is reliable enough for our high-risk environment?
We build reliability in, not test it out. Our process includes rigorous fatigue design of critical robotic assemblies and robotic load distribution design simulation to prevent weak points. Combined with strong robot designs proven in harsh environment testing, our robotic performance optimization design delivers a high MTBF, ensuring your operations face fewer disruptions and lower lifecycle costs.
What does your robotics design process do to protect our intellectual property?
IP protection is foundational. We operate under strict NDAs. The custom robot design and all associated robot design drawings, CAD robot design files, and robotic design specifications created for your project are your exclusive property upon payment. Contracts are clear and based on EU/US legal standards.
We need a robot for a niche application. Can you handle truly bespoke robot design?
Absolutely. Designing a custom robot for unique challenges is our core expertise. Our robotics engineering design team specializes in designing diverse robots, from novel robotic actuators design to specialized robotic limb design. Phase 1 is dedicated to understanding your unique requirements.
How do you handle compliance with EU and US regulations (CE, FCC, UL)?
We integrate regulatory standards into the initial robotic design specification. Our team has experience certifying complex mechatronic systems and will manage the compliance process as part of the project, reducing your administrative burden and risk.
