Your action-cam is transformed by wearing it with a giant viewfinder

The asymmetric wearing harness makes it super-comfortable

Here's another accessory that's completely different...

Please note that this website is still Under Construction

DJI's handheld Osmo was already an amazing device

The GoOsmo adaptor you see below transforms the Osmo by enabling it to mount on the GoPad.  

It upgrades the handheld Osmo into the world's most versatile wearable camera because now you can either hand-hold it or wear it.

It solves a big problem that all pilots face

And now wearing it makes the Osmo even better!

Here's another basic drone problem we're working on

It's blindingly obvious!

100 years ago people had a simple solution

Our version for the GoPad isn't quiiite ready to unveil

But we're refining an uber-cool prototype (see hint above : )

• Early field testing is conclusive: this new accessory works great in sunny weather!
  • Watching the touchscreen is as easy as watching TV in your living-room
  • Usability is far better than guessing through a blaze of touchscreen reflections
    • Its "Daylight peekaboo flap" enables you to see and fly within FAA regulations

To ergonomically hold and operate their controller

drone pilots needed an extra pair of hands!

The only way to get that is to              

Here's how "Follow My Fingers" could work

• DJI's advanced drone control software already enables ultra-intuitive "Tap to Go" navigation
  • Destination-pointing on the displayed camera image commands the drone to simply Go there!
  • GoDrone's touchscreen controls could out-perform mechanical joy-sticks
    • Destination-pointing plus multi-touch screen gestures created a new drone-control paradigm
    • Keep both hands on the screen to gesture and control the drone's flight path and/or its camera
      • Camera algorithms enable FPV performance without the need to learn ninja joystick skills
      • Or tap to lock in a flight path and then switch to pointing the camera to see the world
      • Automatic target-tracking and virtual joy-sticks complete this next-generation controller
        • Pointing and swiping your wearable display keeps telling the drone to Follow My Fingers!
• A datalink and antenna package is easily mounted on the GoPad's unused GoCam bracket
• Hands-free tablet wearability frees your fingers for drone control... multi-touching is the way to go!

In a heartbeat, you can switch between using the Osmo in its normal handheld mode and using it in its new wearable mode.  Curious?  Watch how it works!

You can instantly pluck the GoOsmo off the GoPad and hand-hold it while chasing an action scene. When the action slows down, just hang it back on the bracket for hands-free stop-and-go sessions. For optimal performance, we recommend using DJI's z-axis stabilizer.

You can also hold the Osmo's pistol-grip in your right hand while gripping the attached GoPad with your left. Together, they form a two-handled unit that's easy to maneuver away from your body while capturing action onto the big screen.  It reverts instantly to hands-free wearing mode when released.

Here's how it gives the Osmo three new ways to go

The GoOsmo is supremely comfortable to wear because its asymmetric wearing harness spreads the load diagonally across the user's back.    

In both usage modes, the tablet acts as a giant viewfinder for capturing images.  It's also a wearable workstation for processing the data.  GoOsmo is action-cam innovation.

The Osmo and GoPad are a match made in heaven

• WARNING: the GoDark wearable darkroom will make you look horrifically geeky.
  • But GoDark isn't about how cool you look; it's about how clearly you see!
  • If you're looking for a cool-looking fashion accessory then GoHere!

So cut out the world of false light

GoDark...and be One with your drone!

The wearable drone controller

"An Extra Pair Of Hands" enables Follow My Fingers! drone control

How to get there
It's a non-trivial development task to migrate drone control from its current location in a handheld box of switches to a fully programmable multi-touch UI on a wearable tablet.  Like the self-driving car, it will require development of advanced algorithms that automate the mechanical functions of a skilled and vigilant operator.  

But unlike the self-driving car, drones do not have human beings aboard who will die when the inevitable malfunction occurs.   We live in a world iPhones can bend in our pockets and Galaxies can explode so implementing the simple "GoDrone" algorithm outlined above is a far more realistic and doable task.  A few good software developers would make the latest drones go there fast.