Data-Driven Project Consulting & Racking Selection
Choosing the wrong racking system can bottleneck operations for years. Our engineering consultants analyze your SKU profiles, weight demands, and forklift MHE to architect the precise, high-density storage solution for your budget.
Avoid Costly Storage Selection Pitfalls
Selecting a warehouse racking configuration isn't just about picking steel frame sizes—it's about balancing SKU accessibility, throughput speed, and storage footprint against capital investment.
SKU Velocity & Flow Alignment
We analyze fast vs. slow-moving inventory to match the right FIFO or LIFO racking architecture to your order picking strategy.
MHE Fleet Synchronization
Ensure your rack aisle widths, beam heights, and base plate specifications match your existing or planned forklift fleet perfectly.
Capital Budget Optimization
We evaluate high-density alternatives (Drive-In, Push-Back, Radio Shuttle) to deliver the maximum pallet capacity per dollar invested.
Our 4-Point Consulting Framework
A disciplined, engineering-backed assessment before a single piece of steel is manufactured.
Inventory Profile & Weight Class Analysis
We perform an in-depth audit of your pallet profiles, gross weights, pallet dimensions (overhang included), and total SKU count to establish exact structural requirements.
- Heavy-duty beam and frame load-bearing calculations
- Pallet deflection and safety margin evaluations
- Hazardous material or cold-storage structural adaptions
Accessibility vs. Density Trade-off Modeling
We calculate the operational sweet spot between 100% direct pallet selectivity (Selective Racking) and maximum cubic volume utilization (Drive-In, Push-Back, VNA).
- 100% direct access vs. high-density block storage scenarios
- Throughput time and forklift travel route modeling
- LIFO (Last-In, First-Out) vs. FIFO (First-In, First-Out) routing
Material Handling Equipment (MHE) Integration
Mismatched aisle widths cause catastrophic rack impacts or unusable storage rows. We calculate exact aisle clearances tailored to your forklift specs.
- Standard Sit-Down Counterbalance (12'-13' Aisle)
- Reach Trucks (8.5'-9.5' Aisle)
- VNA Turret Trucks / Articulated Forklifts (5.5'-6.5' Aisle)
Total Cost of Ownership (TCO) & Expansion Planning
We evaluate upfront capital expenditure (CapEx) against long-term operational efficiency (OpEx) to deliver a clear ROI roadmap for future facility growth.
- Modular expandable structural rack designs
- Maintenance cost vs. impact resistance trade-offs
- Phased installation roadmaps for operating warehouses
Racking System Selection Matrix
A quick comparison of primary racking architectures evaluated during our consulting sessions.
| System Type | Selectivity | Storage Density | Flow Type | Best Used For |
|---|---|---|---|---|
| Selective Racking | 100% High | Moderate | FIFO | High SKU count, varied inventory, lower volume per SKU |
| Double-Deep Racking | 50% Medium | High (+30%) | LIFO | Multiple pallets per SKU, specialized deep-reach trucks |
| Drive-In / Drive-Thru | Low | Very High (+75%) | LIFO / FIFO | Homogeneous bulk inventory, cold storage, seasonal goods |
| Push-Back Racking | Medium | High (+60%) | LIFO | 2 to 6 pallets deep, fast loading without driving into rack |
| Radio Shuttle System | Medium | Maximum (+85%) | LIFO / FIFO | High-volume distribution, automated semi-robotic picking |
Our Consulting Roadmap
How we guide your project from initial data intake to the final system specification.
Requirement Audit
Collecting SKU profiles, throughput velocity, pallet specs, and MHE equipment models.
Space & Slab Inspection
Reviewing clear height, building column grids, dock locations, and floor slab load capacity.
Option Modeling
Developing multiple racking system layout concepts with total pallet counts.
CapEx & ROI Analysis
Comparing equipment costs, installation timelines, and operational ROI across options.
Final Recommendation
Delivering a comprehensive system specification report ready for procurement.
Procurement Bridge
Seamlessly transitioning approved plans into engineering, permit, and supply phases.
Frequently Asked Questions
Why should we hire a consultant instead of directly buying a racking system?
Direct equipment suppliers often push the specific racking type they manufacture or have in stock. Our consulting approach independently evaluates your throughput, forklift fleet, and space to select the architecture that yields the lowest operating cost and highest density for your specific business.
Can you recommend racking solutions that work with our current forklifts?
Absolutely. We evaluate your existing forklift turning radius, maximum reach height, and weight capacities. We then design the racking aisle dimensions and beam levels around your fleet so you don't need to purchase new equipment unless required.
How long does a typical project consulting review take?
Initial consultations and preliminary system recommendations are typically completed within 3 to 5 business days after receiving your facility data and SKU requirements.