Half Moon Bay, Calif. - GoPro has released a new video for international surf brand, Rip Curl, which uses a mobile, waterproof, 48-camera array to capture never-before-seen perspectives of two-time world champion surfer, Mick Fanning, doing what he does best in the warm waters of the South Pacific.
The video highlights the capabilities of the GoPro Camera Array that was used for Rip Curl's upcoming marketing campaign for its Mirage Boardshort and was shot in conjunction with the pioneers of camera array photography, Tim and Callum Macmillan.
Additional videos for the Rip Curl campaign featuring this new GoPro Array technology will showcase Rip Curl surfers Owen Wright, Matt Wilkinson, Dillon Perillo, and Dean Brady.
"At GoPro we're always looking for new ways to use our cameras, new ways to leverage them to do something that's never been done before in digital imaging. As an example, GoPro is the first consumer camera company to enable people to combine multiple like-cameras together to form a new type of camera. We first did it with our 3D HERO System which allows you to combine two GoPro cameras together to form a 3D camera, and now we're experimenting with combining 48 cameras into a unique multi-camera array that enables entirely new forms of content capture. The results are stunning and it's another great example of how the HD HERO truly is the world's most versatile HD camera," says Nicholas Woodman, founder and CEO of GoPro.
Since the original inception of GoPro's 35mm film HERO Camera, a wrist camera for surfing, GoPro has been changing the way people use a camera during their favorite activities. GoPro created a new category of image capture with its professional quality micro HD cameras and myriad of mounting accessories that make it easy to mount the cameras to anyone or anything imaginable. Other notable innovations include the 3D HERO System, an expansion kit for GoPro camera users that allows a filmmaker to connect two 1080p HD HERO cameras together with a synchronization cable to essentially genlock the cameras together for 3D video and photo capture. This same camera synchronization technology that is core to GoPro's 3D HERO System makes it possible to connect and combine a potentially unlimited number of GoPro cameras into a GoPro Array of cameras. The potential is limited only by the imagination and the number of HD HERO cameras on hand.
After GoPro's much anticipated release of its 3D system in April, GoPro teamed up with two experts in the field of camera array systems and began experimenting and pushing the limits of its 3D HERO syncing technology. Tim and Callum Macmillan, endearingly known as The Brothers Slice, were challenged with creating a handheld underwater camera array system for the launch of Rip Curl's upcoming "Mirage" boardshort campaign.
"We are always looking to lead the way when it comes to camera array effects and identifying new ways to push the limits for creativity and to acquire unique shots," says Tim Macmillan of Time-Slice Films. "We've been waiting for the ideal camera technology to come along to do the video array. It's like waiting for a wave. You see the wave coming, you start paddling before everyone else and then it hits you and it is GoPro."
The result was an astonishingly innovative development - the GoPro Array. The world's first video array, which could be submerged underwater, operated by one man, and withstand the enormous waves at Cloudbreak, Fiji.
"The results and footage compiled from this campaign shoot is unlike anything anyone in surfing has ever seen before," declares James Taylor, Rip Curl's global creative director. "We had the best surfers in the world surfing one of the best waves in the world in the ultimate performance boardshort and all captured by the most versatile water cameras in the business. It was an unbelievable experience!"
"No other camera could have enabled this shoot," continues Tim Macmillan. "What makes the GoPro Array revolutionary is shooting actual video, not still pictures arranged sequentially. Multiple cameras shooting 720p at 60 frames per second all synched together opens up a multitude of possibilities."