Staircases designed to integrate seamlessly with your warehouse loading bay
At Armco Barrier Supplies we now offer fully bespoke dock leveller staircases designed to integrate seamlessly with your warehouse loading bay and leveller system. Whether you require a staircase fabricated in galvanised structural steel, aluminium, or other high-performance material, we can tailor each unit to your exact size, height difference, width, handrail configuration and finish.
Choose a staircase that offers robust, safe access, accommodates daily warehouse operations, integrates with your leveller lip and platform, and is built to last in a demanding environment.
Contact us today and our technical team will work with you to understand your loading bay geometry, traffic patterns and safety requirements to deliver a staircase solution engineered for your facility.
Key Elements of a Dock Leveller System
When integrating a dock leveller staircase into a broader dock leveller system, several key elements must be understood to ensure seamless performance and compliance.
Leveller Platform
The primary component of the dock leveller system is the platform (or deck) which bridges the difference between the warehouse loading bay floor and the vehicle bed. The staircase must connect cleanly to this platform or the adjacent landing. When specifying the staircase, the height variation, lip extension, and the way the platform sits must be factored in.
Lip or Bridge Mechanism
Many dock levellers come with a hinged lip or telescopic lip that extends into the vehicle. The staircase must be located such that access is safe whether the lip is retracted or extended, and avoid interference with lip movement.
Pit or Recess (if applicable)
Some installations require the leveller to sit in a pit or recess. The staircase may need to step down or up into this pit or provide landing access. Structural coordination with pit walls, depth, drainage and floor finish is essential.
Guarding and Safety Features
The system must incorporate guardrails, handrails, anti-slip surfaces, and safe transitions from staircase to platform and from platform to the vehicle or floor. Emergency stop switches, exclusion zones, and clearly marked pedestrian routes are part of the leveller environment.
Vehicle Restraint & Dock Bumpers
Safe integration requires the staircase to be positioned so as not to obstruct or be compromised by bumpers, wheel guides or vehicle restraint systems. The staircase layout must allow for clear space for docking operations and personnel movement.
Operation & Ergonomics
Whether time is critical (high throughput) or space is constrained, the staircase must support efficient personnel access without becoming a bottleneck. Consideration of width, step count, landing area and visual signage is important to maintain safe flow and ergonomic movement.
Load and Dynamic Capacity
The load-bearing design must consider pedestrian traffic, possible use of hand-pallet trucks, occasional pallet being manually moved, and the general dynamic effects of goods movement around the staircase and leveller. Specification must account for worst-case loads and safety factors built in.
Maintenance Access and Inspection
Staircase design should facilitate inspection and maintenance of the leveller system. Clear access to maintenance panels, electrical controls, hydraulic systems and anchorage points should be provided. Materials must allow easy cleaning, corrosion inspection and replacement of wear parts when required.
Compliance & Certification
When designing the staircase as part of the loading bay environment, the entire system (leveller, staircase, handrails, platform) must comply with relevant legislation. For example, access regulations, workplace health & safety, building codes and loading bay safety standards. Choosing a staircase designed for loading dock applications ensures compliance
Typical Dock Leveller Staircase Sizing and Materials
Here we outline typical dimensional ranges and material choices for dock leveller staircases, together with how they match to warehouse loading bay applications.
Typical Leveller Staircase dimensions
Width: Standard widths might range from ~ 1000 mm to ~ 1800 mm (1 m to 1.8 m) or greater, depending on the volume of pedestrian traffic, whether trolleys or pallet-trucks are used, and whether the staircase also serves as egress.
Riser height / tread depth: As in standard industrial stairs, riser heights of around 150 mm to 180 mm, tread depths of 250 mm to 300 mm are common but in a loading bay environment the exact values should respect floor-level difference, ergonomic comfort and regulatory guidance.
Landing size: At the dock level and at the warehouse floor threshold a landing is prudent. Typical landing depths might be 1200 mm+ to allow safe transition, with width matching the staircase width.
Rise/run and number of steps: Depending on the height difference from yard level to warehouse floor or between the dock leveller platform and the staircase entry point. For example a 1.2 m height difference at 160 mm riser yields approximately 8 steps (1.2 m / 0.15 m ≈ 8).
Staircase height and pitch: The angle of the staircase should remain comfortable, industrial stairs often fall in the range 30°-40° pitch, but steep layouts may be required where space is limited (though less optimal for safe pedestrian use).
Clear head-room: Adequate clearance above the staircase to allow safe movement, avoid obstacles (doors, ducting, lighting) and maintain unobstructed egress.
Dock Leveller Materials
Steel (typically structural steel sections): Many industrial staircases are fabricated in mild steel or structural steel, then hot-dip galvanised or powder-coated for corrosion resistance.
Galvanised finish: Hot-dip galvanising provides strong protection in warehouse environments, particularly where fork-truck traffic and outdoor exposures are present.
Aluminium: In some installation environments, aluminium stairs offer lighter weight, corrosion resistance, and require less maintenance. Suitable especially where minimal interruptions to operations are needed or where outdoor exposure is severe.
Treads and platforms: Treads may be open grating (steel or aluminium), serrated plate, or anti-slip decking. The platforms/landings around the staircase should include non-slip surfaces and drainage where applicable (outdoor use).
Handrails and guardrails: Typically tubular steel handrails with welded or bolted connections, with guard panels or mesh infill where necessary for safety. Finish should match the main structural finish (galvanised or painted).
Connection and anchoring components: Bolts/anchor-studs for fixing to mezzanine floors, pit walls or leveller frames. Load-bearing considerations must account for dynamic loads and any vibration or movement from the leveller.
Finish and maintenance considerations: All exposed surfaces should be treated to resist corrosion, abrasion and ease cleaning. Consider integrating skid-resistant nosings, visibility markings and robust fixings for long-life performance.