Understanding Fleet Load Factor
How we calculate. Load factor % = used payload/cube ÷ available payload/cube × 100. The form uses the same arithmetic as the worked examples on this page. See our methodology and accuracy policy.
Real-world scenario: A typical Fleet Load Factor case uses loaded capacity 36000 and available capacity 40000. Enter the same figures below to reproduce the worked path.
What is Fleet Load Factor?
A transportation efficiency KPI. Weight-limited and cube-limited freight may need separate load factors.
- Weight or cube—pick the binding constraint
- Same trip set for both inputs
- Higher usually means fewer empty miles of capacity
The Formula
Worked Example
Common Use Cases
- TL/LTL planning: fill rates
- Private fleet: asset productivity
- Sustainability: capacity per mile
Pro Tips
- Separate outbound vs backhaul
- Don’t mix weight and cube in one number
- Watch axle and legal limits
Limitations: Fleet Load Factor results are educational logistics and supply-chain planning aids—not SLAs, carrier contracts, or inventory valuation advice. Confirm definitions with your WMS/TMS and finance policies.
FAQ
Is empty repositioning included?
Usually load factor is on loaded legs; empty miles are a separate empty-mile or deadhead metric.
What if available capacity is 0?
Load factor is undefined—enter positive available capacity.
Authoritative References
For logistics and supply-chain KPI definitions, consult:
- CSCMP — supply chain management resources
- ASCM / APICS — operations and inventory body of knowledge
- ISO 28000 — security management for the supply chain (context)