Warehouse Layout Optimization Review Checklist

Unlock peak warehouse efficiency! Download our free Warehouse Layout Optimization Review checklist (Logistics category) and identify bottlenecks, maximize space, and boost productivity. Expert tips & actionable steps for a streamlined operation.

This Template was installed 3 times.

Initial Assessment & Data Gathering

1 of 10

This section focuses on establishing a baseline understanding of the current warehouse operations and gathering data for analysis. It covers current state documentation and identifying key performance indicators (KPIs).

Date of Last Layout Review

Current Warehouse Square Footage (sq ft)

Brief Description of Current Warehouse Operations

Average Daily Orders Processed

Current Warehouse Management System (WMS) Used (if any)

Existing Warehouse Layout Map (if available)

Number of Full-Time Warehouse Employees

Summary of Key Operational Challenges (e.g., bottlenecks, safety concerns)

Receiving & Putaway Optimization

2 of 10

Evaluates the efficiency of the receiving process, storage location assignment, and putaway procedures. Focuses on minimizing handling and maximizing throughput.

Average Receiving Lead Time (Days)

Receiving Dock Capacity (Pallets/Hour)

Receiving Dock Scheduling System?

Receiving Damage Causes?

Putaway Method?

Describe the current process for assigning storage locations during putaway.

Percentage of Items Requiring Special Handling During Putaway

Storage Layout & Slotting

3 of 10

Reviews the organization of storage areas, including rack layout, aisle widths, and the allocation of products to specific locations (slotting). Considers product velocity and dimensions.

Average Travel Distance per Pick (meters)

Slotting Strategy (e.g., Velocity-Based, Random, ABC)

Description of Current Slotting Rules & Criteria

Factors Considered in Slotting Decisions (select all that apply)

Percentage of Products in Ideal Slot Locations

Describe any issues related to product accessibility or congestion in storage areas

Type of Racking System Used

Aisle Width (meters)

Picking & Packing Optimization

4 of 10

Analyzes the process of retrieving items from storage for order fulfillment and packaging for shipment. Focuses on minimizing travel distance and improving accuracy.

Average Picking Distance (meters)

Average Order Size (number of items)

Picking Method Used

Order Picking Equipment Used

Description of Current Packing Process

Average Packing Time per Order (minutes)

Packing Material Type

Observed Bottlenecks in Picking/Packing

Shipping & Staging

5 of 10

Reviews the outbound process, including staging areas, loading docks, and shipment consolidation. Aims to reduce bottlenecks and improve on-time delivery.

Number of Loading Docks

Average Dock Utilization Rate (%)

Staging Area Layout (e.g., FIFO, LIFO, Random)

Average Staging Time (minutes)

Description of Current Shipping Process

Type of Shipping Carrier(s) Used

Location of Staging Area

Observed Bottlenecks or Issues in Shipping/Staging

Material Flow & Congestion Points

6 of 10

Focuses on the movement of goods throughout the warehouse, identifying and resolving bottlenecks, and improving overall flow.

Identify Primary Material Flow Paths

Describe Observed Congestion Points

Average Travel Distance per Pick (Estimate)

Types of Material Handling Equipment Used (Select all that apply)

Document Any Bottlenecks Related to Inbound/Outbound Flow

Peak Hour Processing Time (in minutes)

Type of Material Flow Most Frequently Bottlenecked

Date of Last Material Flow Observation

Safety & Ergonomics

7 of 10

Assesses the warehouse layout's impact on worker safety, minimizing risks, and improving ergonomic conditions to reduce injuries and increase productivity.

Adequate Aisle Width (Feet)

Minimum Safe Distance Between Racks (Feet)

Floor Surface Condition (Slip Resistance)

Potential Ergonomic Hazards Observed (Check all that apply)

Detailed Description of Any Safety Concerns

Emergency Exit Visibility and Accessibility

Supporting Photos/Videos of Safety Concerns

Space Utilization & Density

8 of 10

Evaluates how efficiently warehouse space is being used, exploring options to increase storage density without compromising accessibility or safety.

Current Vertical Space Utilization (%)

Average Aisle Width (feet)

Racking Type(s) Currently Used

Potential Space-Saving Strategies Considered

Describe current challenges related to space utilization

Potential Increase in Storage Density (%), with proposed changes

Upload a current warehouse layout diagram

Type of Storage Primarily Used for Fast-Moving Items

Technology Integration

9 of 10

Reviews the integration of warehouse management systems (WMS), automated guided vehicles (AGVs), and other technologies to optimize layout and processes.

Current WMS Version

Describe Current WMS Functionality & Integration Points

AGV/Automation Currently in Use?

Existing Warehouse Layout Maps/CAD Drawings

Which technologies are considered for future implementation?

Describe current integration between WMS and other systems (ERP, TMS)

Number of RFID readers currently deployed (if any)

Is data analytics currently used to optimize warehouse layout?

Future-Proofing & Scalability

10 of 10

Considers potential future growth and changes in demand, ensuring the layout can adapt and scale to meet evolving needs.

Projected Annual Growth Rate (Units/SKUs)

Current Warehouse Capacity Utilization (%)

Anticipated Peak Season Volume Increase (%)

Describe planned product line expansions (new SKUs)

Potential for automation (AGVs, conveyors)?

Potential future changes to business model (select all that apply)

Date of next major business plan review (impacts warehouse strategy)

Potential locations for expansion if current warehouse is insufficient.

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