More Holiday Orders, Same Warehouse. Now What?

How Smart Warehouse Design and Vertical Conveying Help Order Fulfillment for Peak Demand

An online promotion or a seasonal campaign can drive thousands of orders within hours. Expanding warehouse capacity, however, takes considerably longer. As Black Friday and the holiday shopping season approach, fulfillment operations face a familiar challenge:

How can they handle growing demand without expanding their physical footprint?

U.S. online holiday spending reached $257.8 billion in 2025, continuing years of steady growth. Adobe forecasts another record season in 2026, with demand extending well beyond traditional holiday gifts.

For warehouse managers, OEMs, and system integrators, this creates an important opportunity to rethink how products move through increasingly complex facilities.

Electronics, apparel, and toys remain holiday favorites. However, groceries, cosmetics, and everyday essentials now contribute significantly to seasonal online demand.

Adobe’s 2026 forecast highlights the diversity of holiday spending:

This diversity creates different material handling requirements. Operations must accommodate everything from small consumer products to packaged food cases and mixed merchandise. While national spending trends don’t directly predict individual warehouse volumes, they reinforce the importance of adaptable fulfillment systems.

When Warehouse Space Becomes the Issue

During the holiday season, every square foot matters. Picking, packing, sortation, and shipping compete for valuable floor space. Meanwhile, increased order activity can expose inefficiencies that remain hidden during normal operations. For example, a warehouse might have sufficient picking capacity but struggle to transfer cartons between mezzanine levels. Elsewhere, lengthy incline conveyors may occupy space better suited for additional workstations.

The challenge isn’t always a lack of space. Sometimes, it’s how effectively the facility uses the space it already has.

Think Vertically

Mezzanines and multilevel warehouse designs allow operations to expand usable space without expanding their buildings. However, adding another level only solves part of the problem. Products must still move efficiently between picking, packing, storage, and shipping.

This makes vertical conveying an important consideration in modern warehouse automation. Continuous product movement between elevations can reduce manual transfers and support more consistent material flow. Additionally, compact conveyor layouts can free valuable floor space for other operations. For OEMs and system integrators, designing these connections early helps create more efficient, scalable automation systems.

Building Flexibility Into Warehouse Automation

Peak-season performance depends on more than equipment speed. It requires a coordinated system that balances upstream and downstream processes. Ryson Spiral Conveyors offer one practical approach to connecting multiple elevations within a compact footprint. Their continuous conveying design supports carton and tote movement between levels without the repeated cycles of a conventional lift. Furthermore, modular construction provides flexibility when facility layouts or operational requirements change. However, successful integration requires evaluating the entire material flow, including accumulation, sortation, and downstream capacity. Ultimately, the goal isn’t simply to move products faster. It’s to create a warehouse where every process works together.

Peak season offers valuable insight into how warehouse systems perform under pressure. Where do cartons accumulate? Which transfers require manual intervention? Could a different conveyor layout create more productive floor space? These observations can guide future automation investments and help facilities prepare for continued e-commerce growth.

The most efficient warehouses don’t necessarily have more space. They make better use of the space they have.

Planning your next warehouse automation project? Explore Ryson’s Spiral Conveyor solutions and discover new possibilities for vertical space utilization.