DEFENSE AND AEROSPACE

A Phantom Flex4K captures a space shuttle takeoff.

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MEASURING BLAST WAVES

Students and researchers at The Colorado School of Mines utilized and imaging technique called shadowgraphy measure the blast waves created by a standard detonator. Focusing on standard electric detonators the team decided to compare a fluid-desensitized oil and gas detonator to a standard mining and construction detonator. The shadowgraphy technique allows them to image the otherwise invisible shock wave.


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UHS v2512

The Phantom v2512 offers the highest frames-per-second possible, something that is often needed in defense testing. The CineMag and 10Gb download capabilities mean longer recording times and less download time. 

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Miro N5

The Phantom Miro N5 camera makes use of a small camera head that can fit into tight spaces. By keeping the head separate from the base researchers can place the head in destructive situations and all images up to the moment of destruction will be stored safely. 

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UHS v2640

The Phantom v2640 has 4 sensor modes available that allow for extreme versatility including one that maximizes sensitivity. When combined with ultra-high speeds at 4 Mpx resolution this camera is ideal for defense and aerospace testing. 

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VEO 710

The Phantom VEO710 is a workhorse with high frame rates in a compact body style. Available features allow for remote and untethered recording as well as an advanced I/O that incorporates data and measurements. 

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COMBUSTION
Combustion research in defense and aerospace applications is critical when dealing with massive explosions or in delicate environments like on-board military airplanes. Phantom cameras have the sensitivity needed to observe these fast events closely and gather accurate data. 
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DIGITAL IMAGE CORELATION

Digital image correlation testing in the defense and aerospace industries can advance the durability of vehicles, determine the structural stability of missiles, and provide important stress test information on materials utilized on the International Space Station. Phantom cameras synchronize easily to provide multi-angle observations and produce 3D images.


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SCHLIEREN IMAGING

Sclieren imaging in defense and aerospace applications allows for the close study of how invisible elements, gas and air for example, affect the tools used to protect civilians. With proper research jets, missiles, and rockets can be built to be more efficient and reliable. 

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WORKFLOW

Understanding workflow and all of the components that go into picking the proper tool for the job can decrease inefficient downtime and costly mistakes. In defense and aerospace research having the correct Phantom high-speed camera reduces complications or errors in expensive one shot only situations.


FIND THE RIGHT HIGH-SPEED CAMERA

A high-speed camera for defense and aerospace needs is vital to ensuring that a facility is obtaining the exact data needed. Filtering to the vast number of options can be daunting, especially when you are attempting to establish which type of camera would work best for the experiments you will be performing.

The easiest way to decide which camera you will need is to answer four key questions about your defense and aerospace needs.

• Speed - How fast is it going?
• Size & Resolution - How large is the event and what resolution is required?
• Illumination - How much light is required to clearly see the experiment?
• Proximity - How close does the camera need to be to the event?

Regardless of what you are recording, the above will always be important. Please do not hesitate to contact us so that a trained Phantom camera expert can assist you in deciding which camera you will need.

Tuesday, February 27, 2018
This whitepaper, "Optimizing Workflow for High-Speed Imaging Applications," discusses what needs to be considered when preparing to utilize a Phantom High-Speed camera. Three common scenarios are discussed, outdoor settings, indoor laboratory environments, and TV/Movie production Keep Reading
Thursday, August 17, 2017
Explosives testing is a unique research avenue that can benefits a number of industries, such as construction, mining, military, and police. Traditional explosives testing was performed with a labor intensive manual process that only supplied data pre- and post- detonation. H Keep Reading
Thursday, May 12, 2016
Put a high-speed camera in the hands of almost anyone, and the first thing they film is likely to be an explosion. It is fun watching a watermelon explode into thousands of micro-sized pieces in slow motion. However, the use of high-speed imaging to view and analyze explosives is Keep Reading