Cantilever Rack in Baltimore, Maryland

Cantilever Rack in Baltimore, MD serves warehouses with very different load profiles across the metro area. Cantilever warehouse racking supports long loads on open-front arms instead of forcing them into boxed pallet bays. It can free working floor while keeping lumber, pipe, and profiles available for the next order. We plan arm capacity, support spacing, and loading access from your actual bundles and handling method, with a written layout and quote. Pipe and long industrial stock serving waterfront operators cannot be treated like boxed pallets. Cantilever runs can lift bundles off the Curtis Bay receiving floor while leaving an open loading face, with supports spaced to prevent long material from sagging between arms. Compare the system against your current inventory and future reserve needs before deciding where it belongs in the building.

A building in Curtis Bay may need room for inbound container batches while a Locust Point operation faces a tighter existing footprint. Neither should use the receiving floor as permanent reserve storage. Plan the rack footprint against the actual columns, dock approaches, and working height rather than the leased square footage alone.

We ask for the full bundle length, weight, stiffness, and pickup method before deciding column spacing. Long material needs enough supports to prevent sagging, not just a strong arm at each end. Single-sided wall runs and double-sided floor runs are compared against the space needed to approach and turn the load. The quote identifies bases, columns, arms, bracing, and anchors, with capacities tied to the finished arrangement. Installation is coordinated through partners to the approved drawing. Where long stock shares a warehouse with pallets or case picks, we plan both storage types together instead of leaving the aisle conflict for your operators. We discuss future inventory changes before finalizing the proposed arrangement and its component list.

Cantilever specification starts and ends with the load. We collect bundle dimensions, weight per bundle, and how material is handled - lift truck forks, a side loader, or by hand off a cart - because that determines arm length, arm capacity, and how much clearance each level needs.

From there we set column height and spacing, choose straight or inclined arms, and decide whether lips are needed to keep round stock from rolling. Single-sided runs get positioned along a wall; double-sided runs get aisle dimensions matched to whatever's moving material in and out.

The quote itemizes columns, bases, arms, bracing, and anchors, with a CAD drawing showing the run, arm levels, and rated capacities per arm. Installation partners anchor bases, plumb columns, brace the run, and set arm elevations to the drawing.

The result is arms you can reposition as inventory changes, capacity ratings for every level, and the floor space that long material used to occupy.

The space in front of the arms must accommodate the whole load during pickup. That may make a shorter wall run more useful than a larger double-sided arrangement with restricted access. Record the bundle support assumptions and capacity per arm so changes in product length or level spacing can be reviewed before loading.

Recent Pallet Rack Projects

A sample of racking projects completed across the region.

Cantilever Rack Questions We Hear Most

Where We Work

Located in Baltimore, we serve the entire Baltimore metro with industrial pallet racks and warehouse storage solutions.