Transit time
Transit time is the elapsed time from when a freight carrier picks up a shipment to when they deliver it to the consignee. For LTL, transit is typically measured in business days (1-7 day windows are common). For FTL, transit is hours-to-days based on distance, driver hours-of-service (HOS) limits, and whether the lane runs solo or team. Transit time excludes scheduling time before pickup but includes all in-network handling, cross-dock transfers, and final-mile time.
Why it matters
Transit time is one of the two pricing levers (alongside rate) that shippers optimize. A 3-day transit at $400 might beat a 5-day transit at $300 if the destination's inventory model cannot absorb 2 extra days of lead time. Transit also drives retail penalty exposure — Walmart, Target, and other major retailers issue OTIF (on-time-in-full) penalties for late deliveries that can wipe out the margin saved by choosing a cheaper, slower carrier.
When to use it
Compare transit times across modes (LTL vs FTL vs box truck) and across carriers within a mode. Use transit data to make trade-offs against rate. For recurring freight on the same lane, plot transit variance across the past 30-90 days to identify carriers with consistent transit vs carriers with high variance (typical of network-shopping brokers).
How Warp thinks about it
Every Warp lane page publishes per-lane transit data: miles, drive hours, solo days, and team days computed from FMCSA HOS rules and live OSRM routing data. Orbit AI monitors transit on every shipment and flags lane variance before it becomes a late delivery. No carrier-by-carrier guessing.
Frequently asked questions about transit time
What is transit time?
Transit time is the elapsed time from when a freight carrier picks up a shipment to when they deliver it to the consignee. For LTL, transit is typically measured in business days (1-7 day windows are common). For FTL, transit is hours-to-days based on distance, driver hours-of-service (HOS) limits, and whether the lane runs solo or team. Transit time excludes scheduling time before pickup but includes all in-network handling, cross-dock transfers, and final-mile time.
Why does transit time matter in freight?
Transit time is one of the two pricing levers (alongside rate) that shippers optimize. A 3-day transit at $400 might beat a 5-day transit at $300 if the destination's inventory model cannot absorb 2 extra days of lead time. Transit also drives retail penalty exposure — Walmart, Target, and other major retailers issue OTIF (on-time-in-full) penalties for late deliveries that can wipe out the margin saved by choosing a cheaper, slower carrier.
When should you use transit time?
Compare transit times across modes (LTL vs FTL vs box truck) and across carriers within a mode. Use transit data to make trade-offs against rate. For recurring freight on the same lane, plot transit variance across the past 30-90 days to identify carriers with consistent transit vs carriers with high variance (typical of network-shopping brokers).
How does Warp handle transit time?
Every Warp lane page publishes per-lane transit data: miles, drive hours, solo days, and team days computed from FMCSA HOS rules and live OSRM routing data. Orbit AI monitors transit on every shipment and flags lane variance before it becomes a late delivery. No carrier-by-carrier guessing.