About the Skypod System
The Skypod system from Exotec is a robotic goods-to-person storage solution whose robots do something distinctive: they climb. Skypod robots move along the warehouse floor between racking aisles, then ascend the racking itself to retrieve bins from heights up to twelve metres, delivering them to picking stations in a continuous flow. This climbing architecture removes the trade-off between density and accessibility that constrains other systems: racks can be tall and tightly packed, yet every bin remains directly reachable without digging or shuffling. The system is inherently flexible and scalable; adding robots increases throughput without construction, and extending racking adds storage as the business grows, all while the existing system keeps operating. Exotec’s software orchestrates robot traffic, order sequencing and workstation flow, integrating with warehouse management systems through standard interfaces. The French company has deployed Skypod systems globally for retailers, e-commerce brands and logistics providers, earning a reputation for fast implementation and strong return on investment. For operations needing dense, high-throughput automation that adapts gracefully to changing volumes, the Skypod system offers an elegant alternative to both static cube systems and fixed crane automation.
Key Specifications
- Robots climb racking up to twelve metres
- Direct bin access without digging or shuffling
- High-density storage with full accessibility
- Add robots or racking without stopping operations
- Goods-to-person workstation flow
- Fast implementation versus fixed automation
- Orchestration software optimises robot traffic
- Global deployments across retail and logistics
Dense Yet Fully Accessible Storage
Traditional automation forces a choice: dense cube systems shuffle bins to reach buried stock, while crane systems need aisles that consume space. Skypod robots sidestep the dilemma by climbing the rack face directly, so bins can be stored densely on tall shelving while every position remains immediately accessible. Any bin can reach a workstation in minutes regardless of where it sits, keeping order cycle times predictable even as inventory grows. Tall racks exploit the vertical cube of the building that floor-level systems waste, multiplying storage per square metre. For operations outgrowing their buildings, the combination of density and accessibility often defers relocation entirely, while the absence of bin shuffling keeps retrieval performance consistent as the system fills.
Elastic Throughput Scaling
Order volumes in modern retail swing dramatically between quiet days and promotional peaks, and sizing fixed automation for peak means paying for idle capacity all year. The Skypod system scales throughput simply by adding robots to the fleet, which arrive, map and join the operation without construction or downtime. Racking extensions add storage positions with equal simplicity, letting the physical system grow in step with the business. This elasticity matches automation cost to revenue reality at each stage, making the economics work for mid-sized operations as well as giants. Operations can also trial the system at modest scale and expand after proving value, a low-risk adoption path that fixed automation cannot offer.
Rapid Implementation Timeline
Automation projects are notorious for multi-year timelines, but Exotec built its reputation on implementations measured in months. The Skypod system requires no floor-embedded infrastructure: racks erect, robots map the environment, and software integration follows standard patterns, all while the existing operation continues shipping. Faster implementation means faster payback, since the system begins earning its return while a fixed-automation alternative would still be in construction. For retailers racing competitors on fulfilment capability, or 3PLs committed to contract start dates, timeline compression has strategic value beyond direct cost savings. The rapid-deployment track record across Exotec’s global installations demonstrates that speed is a repeatable capability, not a lucky exception.
Mixed Inventory Order Profiles
Retail and e-commerce operations rarely ship uniform orders: single-unit e-commerce lines, multi-line store replenishment and bulky exceptions all compete for the same inventory. The Skypod system feeds diverse workstation types from one storage pool, presenting bins for piece picking, batch sorting or packing as each station requires. Software sequencing balances the competing demands, ensuring urgent e-commerce orders flow while store shipments build in parallel. Consolidating channels onto one robotic system simplifies inventory management and eliminates the duplicated stock that separate manual systems demand. For omnichannel retailers whose order mix shifts seasonally between store and direct channels, a single flexible automation platform that serves both avoids stranded capacity in either direction.
Frequently Asked Questions
How do Skypod robots reach high bins?
The robots climb the racking structure itself, ascending the aisle face to retrieve bins at heights up to twelve metres, then descending to deliver them to workstations with direct access to every position.
How dense is Skypod storage?
By using tall, closely spaced racking with robot climbing access, the system stores inventory densely while keeping every bin directly reachable, exploiting building volume that floor-level systems waste.
Can we add capacity later?
Yes, scalability is central to the design. Additional robots increase throughput and extended racking adds storage, both integrated while the existing system continues operating, letting capacity track business growth.
How long does implementation take?
Exotec is known for implementations measured in months rather than the years typical of fixed automation. The system requires no floor-embedded infrastructure, and robots deploy quickly once racking is erected.
What systems does it integrate with?
Skypod software connects with warehouse management and execution systems through standard integration approaches, exchanging orders, inventory status and confirmations in real time.
What happens if a robot fails?
The fleet design provides redundancy: remaining robots continue serving workstations while the failed unit is serviced. Robots are field-replaceable without stopping the system.
Which industries use Skypod?
Exotec has deployed the system globally for retail, e-commerce, fashion, grocery and third-party logistics operations with dense small-item inventory and demanding throughput requirements.
How are orders prioritised?
The orchestration software sequences bin retrievals according to order urgency, workstation readiness and robot traffic, ensuring late-cut-off e-commerce orders flow alongside bulk store replenishment.
