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
How a custom robotic parking design solved critical urban constraints
Client: Leading European real estate developer | Requirement: 11 secure, code-compliant parking spaces
The challenge: parking was blocking project approval
The client’s mixed-use development faced a make-or-break obstacle: local regulations required 11 dedicated parking spaces, but the site’s physical and legal constraints made conventional solutions impossible.
Key limitations included:
- Extremely limited vertical clearance due to underground utilities and adjacent foundations
- Zero room for vehicle ramps or turning radii
- Strict noise and vibration limits (residential adjacency)
- A hard deadline for construction start - no time for lengthy permitting appeals
Without a viable parking strategy, the entire project risked redesign, delay, or cancellation.
Our solution: A tailored custom robotic parking system
We deployed a compact, fully automated robotic parking system designed specifically to overcome these spatial and regulatory barriers.
Through a precise robotic parking system design process, we engineered a solution that:
- Fits within minimal vertical and horizontal envelopes - no ramps, no driver aisles
- Meets all local building and safety codes out of the box
- Operates silently, with vibration isolation compliant with EU residential standards
The core innovation lies in our robotic load-bearing design - a space-efficient structural framework that supports full vehicle weight while occupying less than half the footprint of a traditional garage. This was achieved through rigorous mechanical robotics design and validated by robotics engineering design simulation.
Critically, our robotic performance optimization design ensured long-term reliability with minimal maintenance - a key concern for the client’s operational team.
Business impact: From risk to approval
- All 11 parking spaces delivered in full compliance with local regulations
- Project received fast-track permitting - no redesign or appeals needed
- Zero impact on leasable area or architectural vision
- Noise and vibration levels remained below 45 dB (daytime residential limit)
- System installed in under 3 weeks during early construction phase
“Thanks to the robotic parking design, we didn’t just meet code - we preserved the entire value proposition of the project.”
- Development Director, Client (anonymous per NDA)
Technical & Compliance FAQ
How does your robotic parking system design handle tight spaces?
Our custom robotic parking system eliminates the need for driver movement, ramps, or turning space. The robotic load-bearing design is optimized for minimal envelope - often fitting where no conventional solution can.
Is the system certified for EU and U.S. residential zones?
Yes. Full compliance with ISO 10218, ISO 13849 (PLd), CE Machinery Directive, and ANSI/RIA R15.06. Acoustic performance is validated for urban residential environments.
How reliable is the system over time?
Built on industrial automation principles, our robotic performance optimization design includes predictive maintenance, modular components, and fatigue-resistant mechanical robotics design - validated for 15+ years of continuous operation.
