4N6XPRT StifCalcs
4N6XPRT StifCalcs puts the NHTSA Crash Test database on your own 32 or 64 bit MS-Windows computer. Through the use of the program you have access to the NHTSA Crash Test data without the requirement of Internet access.
Researching crush stiffness values for autos offline was once a very difficult task, but 4N6XPRT StifCalcs makes the NHTSA Crash Test database available on your personal computer without the need for an online connection!
Now you can access the NHTSA Crash Test data and develop A-B-G and Crush Factor stiffness values 24 hours a day, 7 days a week. You won't need to be constantly plugged into the web just to continue your data collection. Our updated software will give you everything you need to work from home, your favorite cafe, or even in the most desolate of areas.
Working late night hours for an early morning trial or deposition appearance doesn't need to keep you chained to the office. You have the data available to you to prepare from virtually anywhere.
Are you not sure how to calculate the A-B-G stiffness values? The manual gives you the formulas and method used for the calculations made within the program. The program will automatically calculate a range of stiffness values for front, side, and rear impact tests as long as the tests contain sufficient data to complete the calculations.
Are your tests missing data for the width measurement (front & rear) and/or vehicle weight? We will automatically provide published data so that the calculations can be completed.
Are you unable to find tests for your desired vehicle? We allow you to search the database based upon a wheelbase range, length range, weight range, body style, year range, and manufacturer. You can create your own vehicle classification, then pick from the available tests to find stiffness values that can work for your given collision analysis, or print a summary report containing all the tests with stiffness values for your classification, and use the Test Summary showing all applicable tests, rather than any one specific test alone.