VDA 287 is associated with high-speed tensile testing of plastics for automotive material characterization and crash-relevant data generation.
In practical equipment planning, VDA 287 usually points to a high-speed test system, suitable grips, high-rate data acquisition, and strain measurement matched to the cited requirement. If you need help matching the cited requirement to a practical equipment path, contact our team.
VDA 287 High-Speed Tensile Testing of Plastics
VDA 287 is used in automotive plastics testing where tensile behavior at elevated loading rates is needed for material comparison, simulation input, or supplier qualification.
The method is different from routine low-speed tensile testing because machine dynamics, grip behavior, measurement bandwidth, and data capture become more important.
Quick Definition
Document type: automotive test method or recommendation.
Main focus: high-speed tensile testing of plastics.
Primary equipment path: high-speed tensile test systems, high-rate grips, strain measurement, and fast data acquisition.
What This Standard Covers
VDA 287 covers a high-rate tensile workflow for plastic materials used in automotive applications.
The procedure helps generate tensile response information at loading rates that are more relevant to dynamic events than conventional quasi-static tensile tests.
Why This Standard Matters in Testing
Automotive plastics can behave differently at high strain rates.
For buyers, the method can drive a need for faster actuators, higher data acquisition rates, appropriate grips, and strain measurement that can keep up with the test speed.
Common Materials, Product Types, or Applications Covered
The method is focused on plastic materials and automotive material development contexts.
Common material or product areas: thermoplastics, automotive plastics, molded plastic coupons, polymer materials, and supplier qualification specimens.
Common application questions: whether a plastic material has high-rate tensile properties suitable for comparison, modeling, or automotive development requirements.
Common Test or Verification Workflow
A typical workflow prepares tensile specimens, mounts them in high-rate grips, runs the test at the required speed or strain-rate condition, captures force and deformation data, and reports the required tensile values.
The exact speed, specimen type, measurement method, and reporting format should follow the cited VDA document and customer requirement.
Workflow focus: specimen preparation, high-speed loading, fast force measurement, strain or displacement capture, and dynamic tensile reporting.
Equipment Commonly Used for This Standard
VDA 287 work normally requires high-speed testing capability rather than a standard low-speed universal test frame.
Common equipment families: high-speed tensile testers, servo-hydraulic or high-speed electromechanical systems, dynamic grips, high-speed extensometry or optical measurement, high-rate load cells, and data acquisition software.
Selection focus: confirm required speed or strain rate, specimen geometry, force range, grip style, strain measurement method, and data sampling rate. If you are comparing equipment configurations for this workflow, request a quote.
How to Read This Designation or Revision
VDA 287 is a VDA designation commonly used in automotive plastics testing contexts.
The exact edition and customer specification should control the test speed, specimen format, and reporting expectations.
Related Standards, Methods, or Frameworks
ISO 527 may be used for conventional plastics tensile testing, while VDA 287 is used when higher-speed automotive tensile data is required.
Need High-Speed Tensile Equipment for VDA 287?
If you are building a high-rate plastics tensile workflow, request a quote.