* 2D gimbal to support 360 camera. 360 horizontal X 270 Vertical 360 FOV spherical video. With the 360 video they can introduced software collision avoidance, very similar to how Vertical Studio's app tracks an object. Legs need to be raised for 360 spherical vids. The 360 vids can be later cropped back to 16:9 1080p vids. Advantage of this is that the tilting and panning will no longer show tearing in the footage.
* Upside down motors - water resistance to fly in rain.
* Hardware optical image camera stabilisation. This will help to compensate for small horizons tilting.
* 3 motor algorithm for motor failure - if one motor fails or loss of prop, the craft can try to do a controlled crash landing.
* OSD on distance to objects, like your reverse parking display in your Car.
* Phase out the compass. Find another method for direction.
* Flat packable/folderble/compactabilty - disconnect legs/gimbal
* LCD display on phantom - shows written status/warnings.
* Backpack and extra battery to be included in initial package.
* Cheaper parts and easy to fix.
* Upside down motors - water resistance to fly in rain.
* Hardware optical image camera stabilisation. This will help to compensate for small horizons tilting.
* 3 motor algorithm for motor failure - if one motor fails or loss of prop, the craft can try to do a controlled crash landing.
* OSD on distance to objects, like your reverse parking display in your Car.
* Phase out the compass. Find another method for direction.
* Flat packable/folderble/compactabilty - disconnect legs/gimbal
* LCD display on phantom - shows written status/warnings.
* Backpack and extra battery to be included in initial package.
* Cheaper parts and easy to fix.