TP stands for partial time and is used to measure how long a ticket takes to traverse a specific section of its management. In a fleet operation, this indicator helps understand delays between states, detect bottlenecks, and control the performance of each stage of the process. Its value lies in complementing total time with a more precise view of where time is consumed.

What is TP?

TP stands for partial time. In fleet management, it is used as an indicator to show the time elapsed within a stage or between different states of a ticket during its management cycle.

Unlike a general duration metric, TP does not seek to show the entire path of work from opening to closing. Its goal is to measure part of the process. This allows understanding with more clarity in which section a delay is occurring.

That’s why TP is especially useful when an operation needs to control times with more detail and not just look at the final result.

What is partial time used for in a ticket?

Partial time is used to analyze the performance of each section of the workflow. It helps identify whether an action is stalled in assignment, budgeting, approval, repair, or any other point in the process.

When a company only observes total time, it can know that a ticket took too long, but doesn’t necessarily understand why. However, when using TP, it can detect with more precision where the delay is concentrated and what actor, stage, or decision is affecting the speed of resolution.

This allows improving the operation more concretely. Instead of acting on perceptions, the team works with evidence about the exact section that needs attention.

What is the difference between TP and TT?

TP and TT are complementary indicators. TP represents partial time, that is, the delay in a specific part of the action. TT represents total time, that is, the complete duration of the ticket throughout its cycle.

Both are important, but they serve different functions. TT offers a global view of ticket performance. TP, on the other hand, allows deepening and understanding how that time is distributed among the different steps of the process.

In a fleet with many tickets, this difference is key. Knowing that a ticket took ten days is useful, but knowing that seven of those days were spent in a single stage allows making much more effective decisions.

Why is TP important for fleet management?

TP is important because it helps improve operational efficiency with a more precise reading of time. It allows detecting bottlenecks, controlling service level agreements, comparing performance between providers or internal teams, and prioritizing corrective actions.

It also improves traceability. When partial times are visible, the company can reconstruct ticket behavior with more context and better understand how the action flows.

In operations with maintenance, expiration dates, or corrective tasks, this level of detail makes a real difference. It not only helps close tickets faster, but also builds more predictable and measurable processes.

Use cases for TP

How VEC Fleet can help

VEC Fleet helps control TP within more traceable and structured management. In the work ticketing system, each ticket shows TP and TT as time indicators for the action, allowing you to see the delay between the various states that a ticket goes through until its closure.

Additionally, VEC Fleet incorporates dashboards and metrics oriented toward controlling response times by manager, workshop, and ticket type, as well as analytical tables that compare actual average times against expected targets for different stages of the process.

This allows detecting deviations more quickly, improving operational control, and making decisions based on data within a single interface.

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