See what happens between the frames

A high-speed camera that records the event but cannot be synchronized to your measurement chain leaves you with video, not data. Trilion deploys Phantom and Photron cameras as measurement instruments: calibrated, triggered with the test, and feeding ARAMIS Optical Strain so every frame carries full-field displacement and strain.

That matters because the interesting part of a dynamic test is usually over before a conventional sensor has settled. Full-field capture at high frame rate lets you find where a structure failed, and when, rather than inferring it afterwards. Synchronization runs through the ARAMIS Controller.

The Phantom TMX 7510 records 1280 x 800 at 76,000 frames per second and scales past 700,000 frames per second at reduced resolution, which is the range ballistics, blast and fracture work needs. The T4040 trades some of that speed for a 4.2 megapixel sensor, keeping enough spatial detail for full-field DIC across a large field of view.

The VEO 1310 is the portable option for field and range work, and the KT840 is built to stay installed inside a machine or test cell.

Crash and sled testing, drop and impact, ballistic and blast, fracture and crack propagation, high-cycle vibration, and any test where a component fails faster than a conventional gauge can follow.

Used across aerospace, automotive, electronics and materials research programs where a single destructive test has to yield every measurement it possibly can. High strain rate work often pairs high-speed imaging with infrared on the same event.