DSV deploys Locus Robotics RaaS to scale warehouse throughput for a health and beauty client during 200–300% seasonal demand peaks
Logistics provider DSV implemented Locus Robotics' robots-as-a-service (RaaS) platform for a health and beauty retailer facing twice-yearly demand surges of 200–300%, enabling rapid scale-up and scale-down without permanent capital investment in equipment.
Background
Twice-yearly demand peaks of 200–300% made it economically impractical for DSV to maintain enough permanent staff and fixed automation to handle peak volumes without grossly over-investing relative to off-peak needs. The challenge was finding a model that could flex with demand while maintaining throughput quality.
What Was Implemented
- Locus Robotics LocusONE platform: AI-powered autonomous mobile robots under RaaS contract
- Fleet deployed at health and beauty retailer's warehouse; scaled up during holiday peaks, scaled down post-peak
- Swarm technology using a three-to-four bot-to-picker ratio optimizing human-robot collaboration
- WMS integration with minimal changes to existing warehouse infrastructure
- AprilTag-based MHE detection for safety in human-robot shared spaces
- Rollout replicated to additional DSV facilities over three-year partnership
Results
DSV's deployment of Locus Robotics enabled warehouse throughput to scale to match 200–300% seasonal demand surges without proportional capital investment. The RaaS model eliminated the need for permanent ownership of peak-sized robot fleets. The partnership has expanded to multiple facilities over three years. Specific quantified throughput gains (units per hour, labor-hour savings) were not disclosed in numeric form in the case study source.
Lessons
- RaaS models are specifically suited to businesses with highly variable seasonal demand — capital cost is converted to variable operating cost, matching cost structure to revenue pattern
- Change management for warehouse associates is as important as the technical integration; workers need to understand how to collaborate with robots, not just work alongside them
- Modular, infrastructure-light robots (AMRs) that navigate existing layouts dramatically reduce deployment barriers versus fixed conveyor or rack-based automation
- Replication speed improves with each deployment as implementation patterns are standardized