While many robotics firms offer generic platforms, we specialize exclusively in last-mile autonomous delivery since 2018. Our custom delivery robot design reduces time-to-prototype by 40% using pre-certified modules that comply with EU Machinery Regulation 2023 and U.S. FCC Part 15-so you launch faster, with lower regulatory risk.

Trusted by foodtech scale-ups in Austin and logistics innovators in Berlin, our solutions operate reliably from -15°C (Nordic winters) to +45°C (Southern Europe summers), with zero field recalls to date.

Engineered for performance, compliance, and user trust

Tight alleys, stairs, and crowded sidewalks cripple standard bots. We solve this with intelligent mechanical design:

• Robotic arm control design for automated food compartment access in delivery robots ensures secure, contactless delivery without human intervention.
• Robotic arm calculation for gentle food package manipulation in delivery systems prevents spills and damage-even for fragile bakery or sushi orders.
• Our mobile robot platform design for last-mile delivery robot applications integrates omnidirectional mobility, obstacle prediction, and 50 kg payload capacity in a footprint smaller than a shopping cart.
• Chassis design for robotics in compact, efficient delivery robot platforms optimizes weight distribution, battery placement, and thermal management for 18+ hours of continuous operation.

Every system undergoes fatigue testing for 10,000+ cycles and includes robotic load-bearing design validated under real-world curb impacts and uneven terrain.

Full-stack robotics systems engineering

We don’t just design parts-we deliver integrated, production-ready platforms:

• Robotic systems engineering design for integrated delivery robot platforms unifies perception, actuation, power, and user interface into one cohesive architecture.
• Robotic industrial arm design for warehouse-to-robot loading in delivery logistics enables seamless handoff between human staff and autonomous fleets in dark stores or micro-fulfillment centers.
• Robotic vehicles design for autonomous food and parcel delivery systems includes weather-resistant exteriors, brand-aligned robot appearance design, and modular cargo bays for multi-vertical use.

All deliverables include complete CAD robot design files (Fusion 360, STEP, IGES), robotic design specification documents, and DFM reports-ready for immediate manufacturing.

Flexible engagement models with full IP ownership

Choose what fits your stage and budget:

• Design-only package: Receive full ownership of all intellectual property, including robot design blueprints and robotic mechanism design documentation.
• Prototype + certification support: We build and test a functional unit while guiding you through CE (EU) or FCC (U.S.) compliance pathways.
• Licensed platform: Deploy our pre-validated delivery robot base with minor customization-ideal for MVP validation in under 10 weeks.

Every project is backed by a 24-month warranty on mechanical subsystems and aligns with ISO 9001:2015, ISO 13482 (personal care robots), and GDPR data handling principles.

Proven deployments across key markets

• Designed a hospital meal delivery robot for a German clinic-reducing staff logistics time by 22 hours/week.
• Built a campus parcel bot for a U.S. university with integrated robotic joint design for stair navigation.
• Enabled a Nordic grocery chain to launch winter-ready delivery with heated compartments and anti-slip chassis design for robotics in icy conditions.