Vision Research - An Ametek Company
Ametek
Phantom - When it's too fast to see, and too important not to.

Gallery


If you would like us to consider your video for our Gallery as well as on our home page please drop me an email at randy.feldman@ametek.com.

Please include information about the clip, camera model, application, description, frame rate, exposure, and any other relevant information.

We are looking forward to receiving videos from our scientific, manufacturing, automotive, and research customers as well as from the entertainment and broadcasting customers.

If you would like to submit a cine file or slow-motion video file for use on our web gallery or in our marketing, please download, complete, and send this Permission to Use document to us. Download form.

Videos must be encoded using the H.264 (MPEG-4 Part 10) video codec in the mp4 or m4v container. The low resolution video should be in 480p and the high resolution video should be in 720p.

Phantom Miro C210 / C210J

Celebrate Halloween with the New Phantom Miro C210J / C210

Celebrate Halloween with the New Phantom Miro C210J / C210

 
The New Phantom Miro C210 / C210J in Action

The New Phantom Miro C210 / C210J in Action

The New Phantom Miro C210 / C210J in Action

Phantom v2511

Shock Waves Through the Lens of a Phantom Ultrahigh-speed v2511

Shock waves are often analyzed using schlieren techniques and captured with a high speed camera. The Phantom Ultra high-speed v2511 brought that analysis to a whole new level recently in demonstrations conducted by Phred Petersen and Gavan Mitchell at RMIT University in Australia, in collaboration with Vision Research’s Phil Taylor.

 

Phantom Ultra High-Speed Camera + Honey Bees

Honey bees flap their wings up to 250 times a second. The Phantom v2511 camera can shoot more than 1 million frames per second (creating slow motion upon playback). Here we're using one to capture footage for a documentary about bees.

 
Experience the New Phantom v2511

Experience the New Phantom v2511

Using only available daylight, with no additional lighting, the new Phantom v2511 captures the progress of a 5,000 RPM table saw with up to 150,000 fps. .

Phantom Flex4K

Behind The Scenes | Chain Reaction | Pepsi Max | #LiveForNow

Discover how Pepsi Max created an incredible chain reaction out of thousands of ping pong balls and mouse traps, and just a little elbow grease…

 

Time Tunnel | Pepsi Max. #LiveForNow

Using advanced projection technology, we surprise passers-by with the illusion of an extraordinary time portal opening up before their very eyes. We filmed their reactions on a hidden camera as they got the shock of their lives!

 

Let Me Know When You See Fire

All the live action footage was shot on March 24th, 2013 with some additional fire elements shot on the 23rd and 25th of March with the Hebron Fire Dept. and the Glastonbury Fire Dept. in Connecticut. This is a true 4K RAW camera capable of at 1000fps at 4K resolution. Thanks to our great crew, including lead Phantom camera technician Edward Richardson, VRI and Abel CineTech for giving us the opportunity to shoot with this amazing new camera system.

 

Flex4K Mono in Maine

The Maine coast as captured with a monochrome version of the Phantom Flex4K Digital Cinema Camera. Footage was shot on the back shore of Peaks Island, ME in August 2014.

The frame rates on this footage range from 250-500 frames-per-second.

Special thank you to Edward Richardson, Phantom Tech
Music by Owen Gibbins of Vision Research

Featured Gallery Videos

House of Nod 2015 High Speed Reel

House of Nod is a Brooklyn based Production Company who specializes in high speed cinematography. Our technicians and operators are trained and certified with the world famous Vision Research Phantom High Speed Camera line. Packages are now available for shoots. Please contact us to learn more about packages and rates: info@houseofnod.com

 

Best Dunks from 2015 NBA All-Star Game in Phantom Slow-Mo

Best Dunks from 2015 NBA All-Star Game in Phantom Slow-Mo

 

Unconditional Rebel - Siska

This is a real video performance, a slow motion video, a sequence map with a traveling in front of 80 extras placed on 80 meters along a little road, lost in an industrial area. Filmed at 1000 frames/second with a Phantom flex 4k from a car driven at 50km/h, the shooting took 5 seconds for a 3'30 video: a living and dreamlike mural.

NBA: Phantom Cam

NBA Rooks: Marcus Smart, Welcome to Boston

NBA Rooks: Marcus Smart, Welcome to Boston

 

Best of Phantom: Blocks of the 2013-2014 Season!

Check out the best rejections, swats and stuffs through the eyes of our slow mo Phantom camera!

 

Kawhi Leonard's Putback Dunk

Best of Phantom: Kawhi Leonard's Putback Dunk

The Slow Mo Guys

Rubber bands vs Water Melon

Gav and Dan forgot to bring a knife to the picnic. Thankfully they brought 500 elastic bands. Shot at 1600 fps with a Phantom Flex
Follow Gav on Twitter - https://twitter.com/GavinFree
Follow Dan on Twitter - https://twitter.com/DanielGruchy

 

How a Slinky falls in Slow Motion - The Slow Mo Guys

A heck of a lot of people asked Gav and Dan to film this in slow motion.
CAN'T LET DOWN THE PEOPLE, CAN WE?

 

How a Hard Drive Works in Slow Motion

Here is a previously unreleased video which was shot almost 2 years ago for our original trailer. Inside a hard drive. Plus a bit of unnecessary destruction. Shot at 1000fps.

 

Popping Popcorn in Super Slow Motion - The Slow Mo Guys

n this ridiculously requested video, Gav and Dan show you what popcorn looks like when it... pops. Keep hands and eyes clear of the oil, boys. Shot at 2,500fps and 10,000fps with a Phantom Flex digital high-speed camera.

Smarter Every Day

Slow Motion Raptor Strikes

Andrew is a student worker at the SRC's Education unit. He is also the 2011-2012 President of Auburn University's Society for Conservation Biology.

Part of the Auburn College of Veterinary Medicine, the SRC is comprised of a rehabilitation and education unit.

 

The Physics of Slingshots

In this video The Smarter Every Day folks demonstrate The Physics of Slingshots in a light hearted way.

 

High-Speed Video of Canon DSLR Shutter

Extra Credit: Can you calculate the exposure time?

Automobile

Inside IIHS: Crash Test Photography

The "Inside IIHS" series of videos offers a behind-the-scenes glimpse of the work of the Insurance Institute for Highway Safety's Vehicle Research Center.

"Inside IIHS: Crash test photography" explores what it takes to produce the high-quality, slow-motion footage needed to learn exactly what happened in a crash test and to communicate those findings to the media and the public.

 

Huge Puddle Splash at 2500 fps

Gav and Dan make a splash on a freezing cold day with the help of Scion, Scion Racing Driver Ken Gushi and a gigantic puddle. Filmed at 2500fps with a Phantom Flex

 

Phantom Flex and Milo Motion Control - Ford Focus

FORD FOCUS // Director's Cut - 5 days of high speed with the Phantom Flex and light painting with the Milo Motion control

 

Airbag in Motion

We take the airbag that resides in our steering wheel and dashboards for granted. This 5 second clips dramatises how this invention can save your life!

 

Airbag Deployment

Airbags save lives! Vision Research's Phantom digital high-speed cameras can show you how in dramatic fashion!

 

Phantom Miro eX4 @ 1245 fps + 2011 Camaro SS

Phantom Miro eX4 @ 1245 fps + 2011 Camaro SS (very cool car!)

 

Embrace Life - Always Wear Your Seat Belt

A crash dummy demonstrates how a body is restrained during an impact.

 

Formula 1 Victory Lane Celebration

Winning a F1 race can get very wet sometimes. This video takes a peek at the joys of winning in Victory Lane..

 

NASCAR Freddie "The World's Fastest Fish" Goes For Test Drive at Daytona International Speedway

This video, produced by ESPN is very cute. It features NASCAR's Freddie taking a spin on the Daytona Speedway's new pavement. Some of the shots were produced using our Phantom v640 digital high-speed camera. And, if you watch closely you can see a shot of the v640 at work inside the race car.

 

BMW GTS

This 36 second clip of an orange BMW GTS on a closed road course highlights the car's maneuverability and gracefulness. A work of art!

Industrial

High Speed Bottle Cavitation

An example of cavitation in a glass bottle filled with water filmed in slow motion at 2500 and 10,000 frames per second.

 

Spray Bottle - Stream

A Phantom digital high-speed camera captures a liquid's trajectory as it leaves the nozzle of a spray bottle.

 

The Making of the Circuit Board

It's always fascinating to watch automation in action; and this video does not disappoint. Here you will see how computer circuit boards are manufactured. Very cool!

 

Joined Together

This clip details in beautiful high-speed video how a joint is welded.

 

Everywhere a Chip Chip

Using robotics, and a phantom digital high-speed camera, we can see how a computer chip is manufactured.

 

Photoelastic Stress

It is so cool to watch an object rebound off a stretched piece of elastic. Fascinating!

Ballistics

Blowing Up Stuff at 60,000 Frames Per Second with the Phantom v1610

Blowing Up Stuff at 60,000 Frames Per Second with the Phantom v1610

 

Cannon Firing in Slow Motion

Gav and Dan are given a cannon by Captain Morgan White and swiftly make use of it by blasting a pyramid of drinks.

Filmed at 2500fps with a Phantom Flex
Cannon Firing in Slow Motion - The Slow Mo Guys

 

Sinterfire Frangible Lead Free Ammunition

Commercial featuring Sinterfire's new line of Frangible Ammunition. In order to effectively slow down the bullets, we were utilizing frame rates of 80,000 and above on a Phantom Miro digital high speed camera!

 

Sky Rockets in Flight

Very interesting video of a rocket being launched. It is very cool to see how the rocket behaves at the time of launch.

 

Slow Motion Explosions - Velocity Media Systems

A montage of many explosions all filmed with the amazing Phantom High Speed Camera. For more Information about the phantom high speed camera visit www.ITM.com/Phantom

 

Rocket Fire

This video highlights a missile path where the camera is mounted on a tracker.

Scientific

EPIC Tattoo in Super Slow Motion : Yama-Tattoo

EPIC Tattoo in Super Slow Motion : Yama-Tattoo. Shot on the Phantom line of Miro digital high speed cameras

 

Exploding Flowers - VIA FILMS

Stock Footage of liquid nitrogen dipped flowers exploding in slow motion. Shot with Phantom HD Gold @ 1000 frames per second

 
A Stitch in Time...

A Stitch in Time...

This cine shows a 6268 Singer Sewing machine, sewing a decorative cone stich through denim. Shot with a Miro 320S ditgital high speed came.

TV Commercials

PHANTOM: DeMar DeRozan's 2nd Dunk from the 2011 Dunk Contest

Take a look at this sick dunk form Demar Derozan during the 2011 NBA Slam Dunk Contest. Special thanks to the NBA for providing this clip.

 

Ray-Ban’s "Paint Balloons"

“Paint Balloons” for Ray-Ban’s Colorize “Never Hide” campaign, introducing their new line of colored Wayfarer sunglasses.

 

Claymore Challenge - Phantom Flex High Speed Camera - Highland Mtn

The Claymore Challenge brings professional freestyle mountain bikers from all over the world to Highland Bike Park in New Hampshire.

Nick Keating and I captured the event with a Phantom Flex high speed digital cinema camera at over 2000 frames per second.

Just for Fun

High Speed Motion Control Demo

Now Available from SloMoments

Shots Directed and Styled by Tony Fiori

Music by Robert Haigh : Clear Water

 

Flex4k Fun with Matches Cine 2

Had a chance to play with the Flex4k yesterday at Vision Research in NJ... since all guys like to play with matches, we captured some HS footage. Flex4k, Nikkor 200mm F4 AF-D Micro, and a crap ton of light. Captured at 1000fps

 

Flex4k Fun with Matches Cine 1

Had a chance to play with the Flex4k yesterday at Vision Research in NJ... since all guys like to play with matches, we captured some HS footage. Flex4k, Nikkor 200mm F4 AF-D Micro, and a crap ton of light. Only changes to footage are H264 export and resized from 4k to 1080p in Premiere CC. Captured at 1000fps

 

Flex4k Fun With Matches Cine 3

Had a chance to play with the Flex4k yesterday at Vision Research in NJ... since all guys like to play with matches, we captured some HS footage. Flex4k, Nikkor 200mm F4 AF-D Micro, ancient Vivitar 2x macro teleconverter, and a crap ton of light. Only changes to footage are H264 export and resized from 4k to 1080p in Premiere CC. Captured at 1000fps

Demo Reels

Amazing High Speed Footage Filmed with the Phantom Camera From ITM

For Full high speed videos visit our channel at youtube.com/ItmInstrumentsInc
For more information on the Phantom camera visit ITM.com/Phantom

 

PHANTOM VIDEO SHOOT: Medieval Archer

Produced by: http://www.simonkr.com Super Slow Motion showreel from Simon Krzic (SimonKr). Shot with Phantom HD Gold high speed camera (at 1050fps), Cinedeck recorder, GFM camera dolly, Arri, Dedolight and Kino Flo lightning system. To see more clips from this collection click here: http://www.istockphoto.com/search/lightbox/12333363

SimonKr is one of the leading stock footage production companies in the industry with more than 15.000 active video files in portfolio, distributed through Istockvideo and Gettyimages. Portfolio includes themes from everyday lifestyle, business concepts, wildlife, world-wide travel footage and mostly human emotions. You can check portfolio here: http://www.simonkr.com/portfolio

 
SloMo Playtime Kitties | Too Cute

SloMo Playtime Kitties | Too Cute

Tune in Saturdays @9pm on Animal Planet | For more visit http://animal.discovery.com/tv/too-cute-kittens/#mkcpgn=ytapl41

Sports

WWE Debuts "The Phantom" Camera, Sami Zayn & Paige Featured in Demo

WWE has debuted a new hi-speed, high def camera they're calling "The Phantom," which allows them to slow down in-ring movement so that developmental talents can hone in on developing their in-ring skills

 

Scorch & Wood: A Skateboard Phantom Camera Short

So a couple months ago, we had this amazing opportunity to go film with the Powell-Peralta skate team in Los Angeles. This is the first of several videos we filmed with them, but is also the craziest. We filmed two separate takes of the team ollying straight through a fountain of fireworks! Crazy right?! Of course we captured it all in high speed, all the shots in the video range from 1500FPS to 6900FPS all shot in 720p HD by the Phantom V12.1 camera by Vision Research.

 

Sports Day Highlights | Fashot

To celebrate the latest success in the world of sport, we decided to dedicate a whole day to everything sports related. Using high speed and slow motion effects on a Phantom camera, we captured the best of football, rugby, tennis, golf, dance and BMX in action. Women's England Football Team Vice-Captain, Alex Scott and Gloucester Rugby team player, Shane Monahan were also just two of the sports stars who attended Fashot's Sports Day, alongside pro tennis and golf players, dancers and BMXERS.

 

Leo Messi - The New Speed of Light - Adidas Football

The "New Speed of Light" by Iris captures the soccer playing genius of Leo Messi through exploring the moves that make him the best in the world with the use of light. The film captures and analyzes Leo, to reveal the secret of his movement on the pitch as well as highlight the light in motion design of the new Adidas adizero F50 Messi shoe. To do this, Leo wore a custom-made suit and hood, with hundreds of individual LED's sewn by hand in to adidas TechFit gear. He was then filmed at 1000 frames per second using a Phantom camera and the resulting footage treated using a specially developed visual effects technique - creating a beautiful echo effect.

Mini Documentary

Forza Motorsport 5: The Car Behind FilmSpeed

To bring Forza Motorsport 5 to life in the real world, at high speed, we needed a car that could actually hit and maintain perfect velocity to lock in. This is the story of that McLaren 12C. A supercar that managed to maintain high-end performance with a Phantom Flex camera bolted to its engine block and hundreds of pounds of rigging and batteries loaded on-board.

 

Behind the Scenes: Fire Breather Smores

Incredible slow motion with the Phantom Flex camera at Sugino Studios. Combining food and action I got a fire breather to roast a few marshmallows for us. Delicious fun.

 

Cheetahs on the Edge--Director's Cut

Cheetahs are the fastest runners on the planet. Combining the resources of National Geographic and the Cincinnati Zoo, and drawing on the skills of a Hollywood action movie crew, we documented these amazing cats in a way that’s never been done before.

Using a Phantom camera filming at 1200 frames per second while zooming beside a sprinting cheetah, the team captured every nuance of the cat’s movement as it reached top speeds of 60+ miles per hour.

Phantom Camera Control Software Version 2.2
Capturing Your First Cine - Part I

Capturing Your First Cine - Part I

In this PCC Tutorial, you will learn how to; (1) Select a camera for use, (2) Perform a CSR, (3) Enable the Auto CSR feature, and (4) Perform a White Balance Adjustment. (Length: 5:57)

 
Capturing Your First Cine - Part II

Capturing Your First Cine - Part II

In this PCC Tutorial, you will learn how to; (1) Specify the Resolution, (2) Specify the Sample Rate, (3) Determine the recording Duration and the maximum number of (Frames) that can be recorded, (4) Define an Exposure Time, (5) Specify an Image Range and Trigger Position value, (6) Differentiate between Pre and Post Trigger Frames, (7) Place the camera into the Recording mode, (8) Supply one of the various triggering methods to the camera, (9) Determine if the camera is in the recording mode, (10) Verify a Cine has been captured. (Length: 9:04)

 
Reviewing Your First Cine – Part I

Reviewing Your First Cine – Part I

In these PCC Tutorials, you will learn how to; (1) Select a Cine to review, (2) Use the video control buttons, (3)  Use the various methods to quickly search through the Cine, and (4) Use the many features that allow you to specify how the Cine should be played back. (Length – Part I: 6:23)

 
Reviewing Your First Cine – Part II

Reviewing Your First Cine – Part II

In these PCC Tutorials, you will learn how to; (1) Select a Cine to review, (2) Use the video control buttons, (3)  Use the various methods to quickly search through the Cine, and (4) Use the many features that allow you to specify how the Cine should be played back. (Length – 8:35)

 
Editing and Saving Your First Cine

Editing and Saving Your First Cine

In this PCC Tutorial, you will learn how to; (1) Edit a Cine, (2) Re-edit a Cine, and (3) Save the Cine as a Cine raw file. (Length: 9:40)

 
Saving to Flash Memory - Part I: Manually Saving to Flash

Saving to Flash Memory - Part I: Manually Saving to Flash

In this PCC Tutorial, you will learn how to save image data that is stored in the camera’s circular buffer to the camera’s internal flash memory, attached Phantom CineMag, Phantom CineFlash or inserted Type 1 CompactFlash card manually. (Length: 4:38)

 
Saving to Flash Memory - Part II: Automatically Saving to Flash

Saving to Flash Memory - Part II: Automatically Saving to Flash

In this PCC Tutorial, you will learn how to save image data that is stored in the camera’s circular buffer to the camera’s internal flash memory, attached Phantom CineMag, Phantom CineFlash, or inserted Type 1 CompactFlash card automatically. (Length: 3:33)

 
Saving to Flash Memory - Part III: Direct Recording to Flash

Saving to Flash Memory - Part III: Direct Recording to Flash

In this PCC Tutorial, you will learn how to record directly into a camera’s attached Phantom CineMag, bypassing having to write the image data into the camera’s circular buffer first, and then writing that image data into the attached CineMag. (Length: 5:45)

 
Performing File Conversions - Part I: Via the Save Command

Performing File Conversions - Part I: Via the Save Command

In this PCC Tutorial, you will learn how to convert a single Cine file to one of the many supported file formats using the Save command. (Length: 8:20)

 
Performing File Conversions - Part II: Via the Batch Command

Performing File Conversions - Part II: Via the Batch Command

In this PCC Tutorial, you will learn how to convert multiple Cine files, to one of the many supported file formats, using a single command, the Batch Convert command. (Length: 6:46)

 
EOS Lens Control

EOS Lens Control

In this PCC Tutorial, you will learn how to use the EOS Lens Control feature. This feature allows users of Phantom cameras, equipped with a Canon EOS Lens mount, to remotely control lens aperture and focus. Making it ideal for applications where the Phantom camera is not accessible due to positing, the environment, or safety issue. (Length: 2:56)

 
MultiCine in PCC

MultiCine in PCC

In this PCC Tutorial, you will learn how to; (1) Specify the number of memory segments, or partitions, a camera’s DRAM, an attached Phantom CineMag , Phantom CineFlash, or a Type 1 CompactFlash card will be evenly divided into. (2) Select which memory segment to capture or record image data into. (3) Delete the recorded Cine (image data) stored in a specific memory segment, without deleting recorded image data in any of the other memory segments, to free up that memory to perform another capture. (Length: 11:21)

 
Using Bit Depth

Using Bit Depth

In this PCC Tutorial, you will learn how to use the Bit Depth feature of a Phantom camera. The Bit Depth feature makes it possible to increase contrast and see images with less light simply by selecting a region of the total dynamic range of the image to display on-screen.  (Length: 9:07)

 
Image-Based Auto-Trigger

Image-Based Auto-Trigger

In this PCC Tutorial, you will learn how to use the Image-Based Auto-Trigger feature, of selected Phantom camera models, to trigger themselves when the image changes in a selectable region of the frame. (Length: 8:59)

 
EDR (Extreme Dynamic Range) in PCC

EDR (Extreme Dynamic Range) in PCC

In this PCC Tutorial, you will learn how to use the EDR feature which is extremely useful when hot spots do or potentially exist. (Length: 4:05)

 
Continuous Recording - Part I: Basic Operation

Continuous Recording - Part I: Basic Operation

In this PCC Tutorial, you will learn how to use Continuous Recording in its native operational mode. Continuous Recording can be used, in a variety of ways, to automatically record a Cine into the camera memory, then immediately edit, and save that Cine, to a user specified location of an attached hard-drive without any user intervention, by providing a "hard" or "soft" trigger to the camera. Once the save process completes the camera will automatically be placed back into the recording mode to repeat the process until the continuous recording feature is disabled by the end-user. (Length: 10:14)

 
Continuous Recording - Part II: Combined w/MultiCine, Auto Trigger, Firmware Ordered Recording, and Image Range

Continuous Recording - Part II: Combined w/MultiCine, Auto Trigger, Firmware Ordered Recording, and Image Range

In this PCC Tutorial, you will learn how to use Continuous Recording along with the MultiCine, Auto Trigger, Firmware Ordered Recording, and Image Range feature to trigger the camera at a specified interval, i.e., every 25 seconds, to provide time delayed triggers automatically. (Length: 12:00)

 
Continuous Recording - Part III: Combined w/Calibration Snapshot

Continuous Recording - Part III: Combined w/Calibration Snapshot

In this PCC Tutorial, you will learn how to use Continuous Recording to create several matched images to be used as calibration frames for 3rd party software that processes data from two or more synchronized cameras. (Length: 9:58)

 
Continuous Recording - Part IV: Combined w/Image Based Auto-Trigger

Continuous Recording - Part IV: Combined w/Image Based Auto-Trigger

In this PCC Tutorial, you will learn how to use Continuous Recording feature combined with the Image-Based Auto-Trigger feature to supply a trigger signal to the camera. (Length: 9:38)

 
Continuous Recording: Calabration Snapshot Part V

Continuous Recording: Calabration Snapshot Part V

 
Adding a Secondary IP Address

Adding a Secondary IP Address

In this PCC Tutorial, you will learn how to use add a secondary IP address to your Phantom camera. (Length: 4:41)

 
Performing Measurements - Part I: Timing and Coordinate Measurements

Performing Measurements - Part I: Timing and Coordinate Measurements

At the end of this PCC Tutorial you will be able to; (1) Specify the units of measure, (2) Perform timing measurements, (3) Calibrate a measurement scale, (4) Set an origin point, and (5) Perform coordinate measurements. Using this 2-D motion analysis tool essentially turns your Phantom camera into an extremely effective test instrument. (Length: 15:35)

 
Performing Measurements - Part II: Distance and Angle and Speed Origin +1 Point

Performing Measurements - Part II: Distance and Angle and Speed Origin +1 Point

At the end of this PCC Tutorial you will be able to; (1) Specify the units of measure, (2) Calibrate a measurement scale, (3) Set an origin point, (4) Perform distance, angle and speed measurements using the origin and 1 point, and (5) Generate a report file. Distance, angle and speed measurements using the origin and 1 point measures; (1) the distance from an origin point to a selected point, (2) the angle made by the selected point with the Origin and Ox axis; (3) speed which equals distance divided by the time of the point frame minus the time of the origin frame if the point is on a frame different from the one where the origin was set, (4) and angular speed which equals the angle (the measured angle) divided by the time of the point frame minus the time of the origin frame if the point is on a frame different from the one where the origin was set. Using this 2-D motion analysis tool essentially turns your Phantom camera into an extremely effective test instrument. (Length: 11:23)

 
Performing Measurements - Part III: Distance and Angle and Speed 2 Points

Performing Measurements - Part III: Distance and Angle and Speed 2 Points

At the end of this PCC Tutorial you will be able to; (1) Specify the units of measure, (2) Calibrate a measurement scale, (3) Perform distance, angle and speed measurements using 2 points, and (4) Generate a report file. Distance, angle and speed measurements using 2 points measures; (1) the distance between two selected points, (2) the angle made by the line formed by two selected points with 0x axis, (3) speed which equals measured distance divided by the time of the second point frame minus the time of the first point frame if the two points are different frames, (4) and angular speed which equals the measured angle divided by the time of the second point frame minus the time of the first point frame if the two points  are on different frames. Using this 2-D motion analysis tool essentially turns your Phantom camera into an extremely effective test instrument. (Length: 10:03)

 
Performing Measurements - Part IV: Angle and Angular Speed 3 Points

Performing Measurements - Part IV: Angle and Angular Speed 3 Points

At the end of this PCC Tutorial you will be able to; (1) Specify the units of measure, (2) Calibrate a measurement scale, and (3) Perform angle and angular speed measurements using 3 points. Angle and angular speed measurements using 3 points measures; (1) the angle formed by three points, (2) and angular speed which equals the measured angle divided by the time of the last point frame minus the time of the first point frame if the first and last points  are on different frames. Using this 2-D motion analysis tool essentially turns your Phantom camera into an extremely effective test instrument. (Length: 13:08)

 
Performing Measurements - Part V: Angle and Angular Speed 4 Points

Performing Measurements - Part V: Angle and Angular Speed 4 Points

At the end of this PCC Tutorial you will be able to; (1) Specify the units of measure, (2) Calibrate a measurement scale, and (3) Perform angle and angular speed measurements using 4 points. Angle and angular speed measurements using 4 points measures; (1) the angle formed by two lines (Line 1: Point 1 and Reference Point 1, and Line 2: Reference Point 2 and Point 2), (2) and angular speed which equals the measured angle divided by the time of the last point frame minus the time of the first point frame if the first and last points are on different frames. Using this 2-D motion analysis tool essentially turns your Phantom camera into an extremely effective test instrument. (Length: 9:23)

 
Performing Measurements - Part VI: Collect Points Measurements

Performing Measurements - Part VI: Collect Points Measurements

At the end of this PCC Tutorial you will be able to; (1) Specify the units of measure, (2) Calibrate a measurement scale, (3) Perform collect points measurements, (4) Sort and optimize a collect points report file, (5) Compute a speed report file, and (6) Compute an acceleration report file for the collect points. Using this 2-D motion analysis tool essentially turns your Phantom camera into an extremely effective test instrument. (Length: 10:57)

 
Performing Measurements - Part VII: Viewing the Report Files

Performing Measurements - Part VII: Viewing the Report Files

At the end of this PCC Tutorial you will be able to review the report files created using the measurement analysis features in the PCC software. (Length: 6:07)