It seems like developers are always finding goodies hidden in Apple’s iOS 7 beta software. Late last month it was discovered that iOS 7 may eventually be capable of detecting blinking and smiling in photos, and now? Well, let’s just say Apple may be developing a slow-motion camera for the next iteration of the iPhone, which is expected to be announced later this year. Read more…
After reading the great reviews of the Fuji X100S, I decided to take the leap and buy one. I’ve been getting more interested in street photography lately, and this camera seemed like a good fit. Plus, it’s supposed to sync at all shutter speeds, which is great for flash photography outside in bright sun. David Hobby and Zack Arias both have nice in-depth reviews.
But, things are rarely perfect. It turns out that the X100S can’t sync at f/2 unless you’re at around 1/1000 or slower on the shutter. Nice, but still, I was curious why that is. So I decided to run some tests to figure it out. Read more…
One of the interesting ideas involving slow motion cameras (i.e. high speed cameras) is to move the camera very quickly during shots, resulting in footage that looks like the camera is moving in real time while everything in the shot moves in slow motion. Last year we shared an incredible demo reel by German studio The Marmalade, which uses this technique.
Photographer Florian Knorn recently took a Fastcam SA4 high speed camera — ordinarily used for observing things like ballistics and fluid dynamics — and pointed it at a Sony HVL-F58AM flash unit, capturing what a camera flash firing looks like when captured at 500,000 frames per second and then slowed down to to 25fps. Read more…
It’s not uncommon for digital cameras to have burst modes as fast as 10 frames per second these days — especially in mirrorless and pellicle mirror cameras — but do you think you have a good understanding of just how fast 10FPS is? If not, check out this video by YouTube user krnabrnydziobak, who pointed a Phantom Miro eX2 at a Nikon D4 to see what 10FPS looks like when captured at a staggering 1920FPS. Read more…
They didn’t up the FPS that high, though (the resulting videos would take an eternity to watch). Instead, they chose to record at a much-more-reasonable 18,000fps (at 720p), and used a macro lens in order to capture the beautiful details of the bubbles as they disintegrate. This is the slowest footage the Slow Mo Guys have ever captured, and the results are quite beautiful.
What would you capture if you had a day off on a hot summer day with $300,000 worth of camera gear lying around the house? That was the happy situation filmmaker Brad Kremer found himself in recently. The gear he found himself with at the time included an uber-expensive Phantom Flex high-speed camera, Zeiss super speed glass, a Canon 5D Mark III DSLR, and Canon L glass. He decided to put the gear to use (and flex his creative muscles) by inviting the neighborhood children over for a water balloon party — the perfect recipe for epic slow-motion footage.
As summer comes to an end and Autumn begins, kids go back to school and dream of warm days filled with laughter and joy. This short film is a reflection of that dream. Shot with a Phantom Flex it captures the magic of the moment. With frame rates of up to 2564 fps at 1080p we see every detail, every smile and every sparkle in the kids eyes. And that is where the magic lies. Within the hopes and dreams of our children.
He titled the resulting short film (shown above) A Phantom Flex Summer Story. It does not disappoint.
It seems like everything is cooler in super slow motion, and fire-breathing is certainly no exception. Vancouver-based still photographer and filmmaker Chris Bolton used a Weisscam HS-2 to capture people breathing fireballs at 2,000 frames per second.
Photographer Tom Warner shot this slow motion incredible video of lightning at 7,207 frames per second. APOD writes,
The above lightning bolt starts with many simultaneously creating ionized channels branching out from an negatively charged pool of electrons and ions that has somehow been created by drafts and collisions in a rain cloud. About 0.015 seconds after appearing — which takes about 3 seconds in the above time-lapse video — one of the meandering charge leaders makes contact with a suddenly appearing positive spike moving up from the ground and an ionized channel of air is created that instantly acts like a wire. Immediately afterwards, this hot channel pulses with a tremendous amount of charges shooting back and forth between the cloud and the ground, creating a dangerous explosion that is later heard as thunder. Much remains unknown about lightning, however, including details of the mechanism that separates charges.
It’s amazing how much action goes on in just a blink of the eye.