Featured research
Insights into adaptive structures with high-speed visualization
Adaptive materials and structures analyzed with Phantom cameras.
T-Series family
T4040
4.2 Mpx BSI at 9,350 fps to track particles and map deformation.
4.2 Mpx
2560 x 1664
9,350
fps at maximum resolution
444,440
maximum fps
Where T4040 makes a difference
Crash test and vehicle safety
High-resolution offboard view with speed to spare.
Aerospace
Resolution for structural DIC.
Fluids and PIV
Resolution for small particles in wide fields.
DIC and materials testing
4.2 Mpx at 9,350 fps for dynamic tests.
Broadcast super slow motion
4.2 Mpx with SDI and HDMI outputs.
Oil and gas
Resolution for PIV in wide fields.
Biomechanics and sports
Human movement, impact and sports equipment.
Academic research
Physics, materials and engineering with A+ Academic Advantage.
Case studies and featured research
Featured research
High-speed cameras enable PIV in turbulent flows
Time-resolved particle image velocimetry in turbulent flows.
Read the full text: High-speed cameras enable PIV in turbulent flows (opens in a new tab)
Featured research
High-speed cameras enable fire research experiments with unexpected results
Fire spread experiments observed at high speed.
Featured research
Terrestrial gamma-ray flashes
The physics of lightning and atmospheric discharges recorded at high speed.
Read the full text: Terrestrial gamma-ray flashes (opens in a new tab)
Featured research
Shake The Box: 3D PIV with particle tracking
3D Lagrangian particle tracking with multiple Phantom cameras.
Read the full text: Shake The Box: 3D PIV with particle tracking (opens in a new tab)
