True Position Calculator
Calculate the true position of a feature relative to its datum based on measured deviations in X and Y coordinates. Ideal for GD&T inspection in manufacturing.
Was this calculator helpful?
How to use this tool?
- 1 Enter the requested data in the fields above carefully.
- 2 Click the calculate button to process the information instantly.
- 3 Analyze the detailed result and the formula explanation presented below.
- 4 You can print, share, or even embed the calculator on your own site for free.
Unlike traditional static calculators, our tools adapt to specific user needs. They include detailed explanations of the formulas used, ensuring transparency in results. Furthermore, our design is focused on user experience, eliminating distractions and focusing on what really matters: your data and conclusions.
Previous Results
| Result | Inputs | Date |
|---|
Frequently Asked Questions
True position is a geometric tolerance that defines the exact location of a feature relative to a datum reference frame. It is calculated as twice the radial distance of the measured deviation from the ideal location.
True Position = 2 × √(ΔX² + ΔY²), where ΔX and ΔY are the measured deviations from the nominal X and Y coordinates.
Use consistent units (e.g., inches or millimeters). The result will be in the same unit as the input deviations.
Advertisement
Related Tools
Advertisement