Smoov is a fully automated pallet storage and handling system, based on a fleet of 4-way shuttles. Its modular architecture supports single- and multi-deep layouts and integrates seamlessly into both existing systems and new projects.
Smoov is a fully automated pallet storage system, designed as a single, seamless solution that redefines how warehouses operate.
Its mission is to make pallet warehouse automation accessible. Smoov removes integration complexity, shortens deployment time, and simplifies daily use and maintenance. With a modular and scalable architecture, it adapts to any warehouse layout — even with constraints such as low ceilings or pillars — and ensures operational continuity during peaks or unexpected events. By combining reliability, efficiency, and adaptability, Smoov delivers automation that is solid, measurable, and within reach.
Smoov is designed to work where other automation systems cannot. Its modular architecture makes it effective even in warehouses with low ceilings, structural pillars, or irregular layouts — environments where standard solutions are limited.
Beyond architectural constraints, Smoov integrates naturally into a variety of operational scenarios: as in-line storage connected to production processes, as finished goods storage linked to outbound flows, or in raw material and temperature-controlled warehouses. It can also connect departments located in separate areas of the same facility, ensuring continuity across different zones.
The Smoov 4-way shuttle is the core of the system: a fully automated vehicle for pallet storage, retrieval, and transfer operations. Battery-powered and running on integrated rails, it communicates wirelessly with the Smoov control system to execute pallet handling requests and optimize flows.
m/s travel speed
kg payload
hours runtime
Designed to clearly separate logistics decisions from real-time execution, the Smoov control system eliminates functional overlaps. Standardized API connectors cut integration time and costs with ERP systems, without rewriting the core.
It runs 24/7 as a service, with web interfaces accessible via LAN or VPN from PC, tablet, and smartphone. 2D and 3D views provide mission status, storage location status, pallet handling requests, fleet supervision, and configuration. Diagnostics are on-demand, without heavy clients, and centralized updates.
Its component-based architecture enables horizontal scalability and efficient energy management to maintain fleet availability during peaks. Native resilience mechanisms and PLC execution of safety and motion modules ensure operational continuity even in case of minor faults.
