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Application

Aerospace at high speed

Payload separation, structural tests, wind tunnel and propulsion, with cameras on the ground and onboard.

Imagem provisória da aplicação Aeroespacial

The challenge

Flight and bench tests involve fast events in hostile environments: vibration, temperature, long distance and low light. The camera has to be compact enough to fit in the aircraft, rugged enough for the field and precise enough to become engineering data.

What the camera needs to deliver

  • Compact

    for onboard installation

    Miro, KT and T-Series fit in bays and pods.

  • 4.2 Mpx

    for structural tests and DIC

    Strain maps on wings and components.

  • Long distance

    with long-range lenses

    Tracking of separation and trajectory on the proving ground.

How to plan your test in 5 steps

  1. Define the test

    Flight, bench or tunnel; required frame rate and resolution.

  2. Choose the camera

    Compact onboard or high-resolution offboard.

  3. Mount and protect

    Mounts qualified for vibration and temperature.

  4. Synchronize

    IRIG or a shared trigger with the telemetry.

  5. Analyze

    PCA and integration with third-party DIC.

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Frequently asked questions

Do the cameras work in flight?

Compact, rugged models are used in separation tests and in pods. The installation depends on the qualification of the mount and on the power supply.

I'd like a demo for aerospace testing

We reply within 1 business day with the recommended configuration, import lead time and rental options.

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