Day 5

The Logistics Growth System — Clozo Academy Proprietary Curriculum

The Core Problem

Logistics operators routinely overstate their available capacity. They count total fleet size, total warehouse square footage, or total driver hours without accounting for the operational realities that reduce usable capacity: maintenance, delays, peak buffers, and regulatory constraints.

Selling capacity you do not have is the fastest way to destroy shipper trust.

True Capacity Calculation

For Asset-Based Trucking Operations

Formula:

True Daily Capacity = (Total Trucks x Available Hours per Truck x Average Miles per Hour x Load Factor) - Buffer

Components:

• Total Trucks: Number of tractors in fleet
• Available Hours per Truck: 11 driving hours (HOS limit) minus average detention/delay time
• Average Miles per Hour: Typically 45-55 mph including stops, traffic, and loading
• Load Factor: Percentage of miles that are loaded (not deadhead)
• Buffer: Reserve capacity for breakdowns, peak demand, and maintenance

Example:

• Fleet: 25 trucks
• Available hours: 9 hours/day (accounting for 2 hours of average detention)
• Average speed: 50 mph
• Load factor: 85%
• Buffer: 15%

True Daily Capacity = 25 x 9 x 50 x 0.85 x 0.85 = 8,081 loaded miles/day

For Warehousing Operations

Formula:

True Storage Capacity = Total Square Feet x Usable Height Factor x Utilization Target

Components:

• Total Square Feet: Lease or owned warehouse space
• Usable Height Factor: Typically 65-80% of ceiling height is usable
• Utilization Target: 85% for operational flexibility (above 90% creates congestion)

For Brokerage Operations

Formula:

True Brokerage Capacity = Number of Vetted Carriers x Average Loads per Carrier per Week x Load Capacity per Load x Service Factor

The Capacity Buffer Framework

Today's Action Steps

1. Calculate your true capacity for each service type using the formulas above.

2. Compare true capacity to current utilization. What percentage of true capacity are you currently using?

3. Identify your capacity constraint. Which resource (trucks, drivers, warehouse space, carrier network) limits growth first?

4. Model growth scenarios: What capacity additions are needed to support 25%, 50%, and 100% revenue growth?

5. Document your capacity plan with specific milestones for adding capacity as revenue grows.

Key Takeaway

True capacity is always less than theoretical capacity. The operators who scale successfully plan for buffers and know exactly when to add resources before constraints damage service quality.

Tomorrow's Preview

On Day 6, you will set your 90-Day North Star — the single metric that ties every daily action to a specific revenue or growth outcome.