Proudly Canadian Owned & Operated

Structural Engineering

Recommended Engineering Services To Maximize Your Storage Capacities

RACKsteel provides structural engineering services for industrial storage systems. The engineering team calculates load capacities, verifies structural integrity, and delivers stamped documentation required for municipal building permits. Ensure facility safety and compliance with RACKsteel.

Professional Services

Our in-house design-build team works together to offer the following services for pallet racking systems, high-bay shelving, cantilever racking, mezzanines, and other storage equipment.

Professional Design and Drafting

  • Layout and Installation Drawings
  • Tailored Solutions
  • Maximize Pallet Positions and Storage Density

Professional Structural Engineering

  • Engineer-Stamped Drawings
  • Engineer-Stamped Concrete Slab Review
  • Engineer-Stamped Schedules for City / Municipal Permits
  • Structural Re-Engineering and Retrofitting of Existing Systems

Inspections

  • Safety and Damage Inspections
  • Code Check and Compliance
  • Engineer-Stamped Reports
  • Note: All inspections are conducted directly by a Professional Engineer

City and Municipal Permits

  • Gathering all Required Permit Documentation
  • Permit Application Submission & Communication with the City Clerks

What We Engineer

RACKsteel provides structural engineering analysis, load capacity calculations, and sealed documentation for the following storage systems:

The Importance of Structural Engineering

Industrial racking structures carry heavy loads in environments subject to operational impacts and environmental forces. Unengineered storage systems expose facilities to catastrophic collapse, employee injury, product destruction, and regulatory fines. Structural engineering verifies that steel components, connections, and building foundations safely support design loads without failure.

Seismic Calculations & Requirements for Racking

Seismic calculations are structural engineering analyses that evaluate how a racking system responds to earthquake forces. Building codes classify racking as non-building structures and require seismic engineering before issuing building or occupancy permits.

Racking systems must absorb ground acceleration without shedding pallets, buckling uprights, or failing at connection points. Seismic engineering determines the exact frame profile, footplate dimensions, and anchor bolt specifications necessary to keep the system stable during a seismic event. This is particularly crucial in BC, where seismic forces are.

Factors Considered in Seismic Calculations

RACKsteel’s structural engineers account for specific site and product factors during seismic evaluation:

  • Configurations (elevation types)
  • Beam spacing & length
  • Frame depth & height
  • Brace design
  • Baseplates
  • Steel gauge
  • Desired capacities
  • Seismic activity
  • Concrete thickness
  • Building foundation and soil
  • And more

RACKsteelʼs Engineering Process

1

Initial Evaluation & Site Survey:

Assessment of facility geometry, rack specifications, slab specifications, review of available documentation (i.e. GeoTechnical report, structural drawings) and load criteria.

2

Structural Analysis & Load Calculation:

Engineering calculations determining weight capacities and seismic force resistance.

3

Drafting & Stamped Documentation:

Generation of engineered CAD drawings, sealed documentation, and municipal schedule forms.

4

Permit Submittal & Approval

Coordination with local authorities to secure building permits and complete racking-system close-outs.

Governing Building Codes & Standards

All engineering calculations, designs, and inspections strictly adhere to applicable North American building codes and structural standards:

MODEL, PROVINCIAL & MUNICIPAL BUILDING CODES

  • National Building Code of Canada (NBC) – Model national building code.
  • Provincial Building Codes – Jurisdictional codes such as the BC Building Code (BCBC) and Ontario Building Code (OBC).
  • Municipal Bylaws – Local regulations, including the Vancouver Building By-law (VBBL).

STRUCTURAL DESIGN STANDARDS (CSA)

  • CSA A23.3 – Design of Concrete Structures.
  • CSA S16 – Design of Steel Structures.
  • CSA S136 – North American Specification for the Design of Cold-Formed Steel Structural Members.
  • CSA S345 – Standard for Industrial Steel Storage Racks.

RACKS & MATERIAL HANDLING STANDARDS (RMI)

  • ANSI MH16.1 (RMI) – Specification for the Design, Testing and Utilization of Industrial Steel Storage Racks (Pallet Racks).
  • ANSI MH16.3 (RMI) – Specification for the Design, Testing and Utilization of Industrial Steel Cantilever Racks.

OCCUPATIONAL HEALTH & SAFETY REGULATIONS

  • WorkSafeBC & Provincial OHS Regulations

Why Choose RACKsteel

There are many reasons to choose RACKsteel for your project, and our team is one of them.

We provide direct oversight from Professional Engineers, turnkey permit management, and structural designs strictly tailored to maximize your storage density and meet code compliance.

  • TURNKEY COMPLIANCE
    Full project coverage from layout drafting to final municipal permit approval.
  • DIRECT PROFESSIONAL OVERSIGHT
    Inspections and certifications completed by qualified Professional Engineers (P. Eng.).
  • SAFETY VERIFICATION
    Stamped structural calculations that guarantee maximum weight capacities and site safety.
  • RISK REDUCTION
    Elimination of liability from unpermitted installations or damaged equipment.
Pallet Racking Installation team

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