Just as we launch the Follow Me feature, there's an amazing copter and wrist-tracker combination launching on Kickstarter that uses the feature to astounding effect. It's called Hexo+ and I'm totally getting one:
HEXO+ is an intelligent drone that follows and films you autonomously. Aerial filming for everyone.
We initially began thinking about HEXO+ because we needed a solution that would make aerial filming possible in the most remote places: on mountains, in the snow, and in all sorts of unpredictable situations that were quite a pain to deal with when trying to sync a drone pilot, a cameraman and a rider.
When we started toying with the idea, we realized that it had the potential to change the face of all kinds of aerial filming, making it dead simple. So we combined our expertise in action-sports movie-making, drone design and aeronautic software to create a drone capable of autonomously flying, filming and following, giving you access to amazing aerial shots with the bare minimum: a drone, a camera and an app on your smartphone.
HEXO+ is just that – an intelligent aerial follow camera: no pilot, no cameraman, no headache.
1. Frame your shot with a fingertip
Deciding how you want your aerial camera to frame your shot is ridiculously intuitive. A 3D model of your camera’s point of view lets you pinch to set the distance between your subject and your drone, slide laterally for panning and vertically for height. All you need is your smartphone plus three intuitive gestures and you’re set.
2. Press start to fly in position
When you push your filming settings to your drone, it will automatically take off and fly to its specified position – and hover there until your subject starts moving. No pilot, no camera operator, just ready for action in an instant.
3. Let your drone follow and film you
Your drone is attuned to the slightest of movements, continuously repositioning itself to match the filming parameters you set for it. You now have an intelligent flying camera tracking your exact trajectory and filming your every move.
4. Get stupidly good-looking aerial shots
Land your drone, collect your clips and enjoy. Our technology guarantees extra-smooth stabilized camera movements, continuous perfect framing, and creates the possibility for angles that are virtually impossible to achieve with traditional means. Read: you now have the capability to film Hollywood-style aerial shots – and beyond.
- Action sports lovers who want new angles without complicated logistics.
- Movie makers looking for creative angles.
- Anyone with a creative mind and a love for moving images.
Essentially, what we did was take the complexity and costs out of aerial filming to make it available for anyone. The combination of smart technology and considered design make HEXO+ the ideal solution for angles that will leave your viewers in awe.
- Easy to use: set the framing on your smartphone and lock your target, the drone does the rest; from auto take-off to auto landing.
- Smart and autonomous: no remote control necessary; HEXO+ automatically follows your movements to maintain the framing you defined.
- Designed for action: lightweight, foldable frame and legs, removable propellers and gimbal to fit in a backpack.
- Extra fast flight: up to 70 km/h - 45 mph top speed to track even the fastest subject. Wind tunnel tested for improved aerodynamics.
- Extra stable: hexacopter design and 2D brushless gimbal to ensure vibration-free, smooth filming.
- Safe: Fail-safe software features and six propellers mean a safe landing in case of a problem.
- GoPro compatible mount: built for the best action camera out there.
General
- Dimensions: 62 x 52 x 12 cm - 24 x 20 x 5 inches
- Total weight: 980 g - 2.2 lbs
Drone
- Hexacopter design with 30° tilt propellers
- Speed range: up to 70 kmh - 45mph
- Flight time: 15 min with 3S battery, gimbal and GoPro attached
Flight controller
- Filming distance range: up to 50 meters
- Auto take-off and auto landing
- Trajectory anticipation
- Video target locking*
- GPS + onboard sensor position tracking
- Processor with MAVLINK protocol
Gimbal
- High performance 2D brushless gimbal
- Easy attach/detach from drone body for transportation
- GoPro mount
Camera
- GoPro Hero3+ Black Edition or Hero3 White Edition available
App
- iOS and Android versions
- Intuitive 3D framing or intuitive live view framing*
- Favorite framing presets
- Subject framing lock
- Emergency landing
* Only if stretch goal is reached!
You might think this is borderline magic, but it’s actually all orchestrated by a smart and lean use of technology. Our team has strong roots in critical aeronautic software development and that made HEXO+ possible.
On the smartphone side we have an intuitive interface for you to handle your drone easily, position it where you want in space and potentially (stretch goal!) wifi video live feed. This user interface is backed by trajectory anticipation algorithms that crunch data coming from the sensors on the drone and smartphone to predict the next, most likely position of the subject. This enables a quick, accurate tracking of the subject and is key in achieving great images. Finally, the smartphone and the drone communicate relative position to each other and data over the MAVLINK protocol, developed by the ETH in Zürich.
On the drone side of things, we have combined a drone that’s designed and optimised for aerial filming and action sports: robust construction, payload capacity and high speed and stability, thanks to the six tilted propellers. The onboard software is based on the 3D Robotics open-source code, and we optimised the MAVLINK implementation and the behavior of the drone to improve response time to commands sent from the mobile app. We also integrated over the air gimbal control to obtain the best possible camera angle based on the relative positions of the drone and the subject.
What we’ve done so far is take our initial idea to the stage of a working prototype: we’ve been ramming through hardware and software hurdles until last month, when we managed to consistently make our prototype work in field conditions. The drone is fast and agile, and the flight controller as responsive as we want it to be – from our action sport movie-making people perspective. The shots we obtained are just awesome and that’s what matters.
Our strong historical ties with the action sports community have given us extensive access to athletes and filmmakers and everyone is willing to support HEXO+. Why? Because they would all love to have a tool like HEXO+.
Now, taking the leap to industrial production requires funds that we can’t secure without your help. We need to pay for molds, minimum orders on parts and build. This accounts for $50k, the smallest budget we believe is necessary to make HEXO+ a reality, and starting at $499 apiece, an affordable one.
But that’s not all. We’re putting the project in the hands of the Kickstarter community because it is the best way to be directly in touch with the users of our product and build this together. If we reach our goal it’ll mean that there is a real need for HEXO+ and you’ll be the signal for that, so thanks in advance for your support.
Comments
The more interesting question is how this trajectory algorithm works? and how can i integrate it with my pixhawk :) i guess the phone sends GPS locations and camera vector direction, am i right?
From FAQ :
"How does Hexo+ handle obstacle avoidance?
Using our system you will have to choose paths that are in open areas. Picture yourself driving a car with a trailer - you have to anticipate the trajectory of the drone following you. The reason for this is that there is no avoidance system included in the first version. That's something we are working on right now and there will be a system update once fully developed. So far it looks promising but we can't yet commit to a release date."
They won't handle object avoidance at all, which is why they won't work in so many of the places the promo vids show.
Daniel, I was thinking the same thing as I was watching footage of a skater moving through a line of trees.
I really like the 30 degree forward tilt idea which should keep most of the props out of view. With all these new follow me startups, I'm worried about how they handle object avoidance. It hard enough to do that manually.