“There were hardware delays,” Richard Ollier, the CEO and co-founder of Giroptic, maker of the 360cam, told Digital Trends. “It’s been a long road to finalize the product.”
When we last spoke with Ollier, it seemed he had a nearly completed (or close to it) prototype in his hand. In fact, the prototype had looked nearly identical to the production unit. But like many Kickstarter projects, the Giroptic encountered unexpected problems that delayed shipment (it had an original delivery date of November 2014).
For example, in March 2015, Giroptic noticed color differences in the sensors in the development units it shipped out, which it needed to sort out before production started. Throughout the process, Giroptic had been transparent with backers, updating them on progress, while at the same time, it continued to improve the software.
Ollier told us that he wanted both the Kickstarter and retail models to have the same functionalities, which is another reason for the delay. But, besides difficulties, there were design challenges too. Since the unit has to be completely waterproof without a housing, Ollier said his team had to ensure the internals don’t become flooded – a difficult task as the camera has a detachable bottom unit that works with different accessories. Other issues include making sure any radiation that’s generated does not hinder the GPS performance; the resin used to protect the Wi-Fi antenna does not hamper transmission; battery life matches what it claimed; and the heatsink is able to keep things cool.
“Thinking back, we should have made the product more simple,” Ollier said. “But I have no regrets.”
In the nearly two years between launch and shipment, several 360-degree cameras have already made it to market, like the Kodak Pixpro SP360. Ollier belives it’s great there is competition because it validates the market for 360-degree cameras as the next-generation action cam. Even though Giroptic fell behind, Ollier says the 360cam is still “the most complete 360 product for consumers.”
Compared with other consumer cameras, Ollier claims that the 360cam’s hardware and software are more sophisticated. One example he points out is the camera’s ability to stitch the 360-degree images from the three sensors, in real-time; this lets the camera support 360-degree streaming services like YouTube, which Ollier says is compatible with the 360cam.
But the biggest thing to have happened during the 360cam’s production is the rise of virtual reality. Although content created with the 360cam could be viewed through VR headsets, it isn’t a VR solution. Although 360-degree cameras are driven by VR, Ollier says, today’s consumer cameras don’t have enough resolution and can’t create the parallax (depth) that’s needed for a true VR experience, among other limitations.
“There’s no true VR capture yet,” Ollier says. “It will be a while before we can have user-generated content.”
