3D Robotics

50ft Hyperblimp can scoot!

A test drive of a new HB50 Hyperblimp envelope with front and rear thrust vectoring motors. Autopilot integration coming.

The creators explain what it's for: "We have very high speeds and very long endurance so the platform is ideal for about anything. We have a universal mounting system that lets us put almost anything that is under the payload limits up in the sky. This ship will carry about 10 lbs extra payload.

Presently we have used this design to film off roading, marathons, bike races, nature shots and golf courses. It is perfect for anything from border patrol and event security to crop study and nature filming.

We are currently working with Marine biologists who will use the platform to track and study migrating whales. Unlike planes and helicopters this airship can silently hover over the whales and gather the images needed. They will also be able to take plume samples by lowering a device to into the mist of the whale plumes. For the first time ever the biologist can gather this information while being un-intrusive to the whales environment.

The ship in this video has been customized for Forest Service Fire Fighting Applications. It is set up to carry a TransPeater for communications link, 2 axis HD camera and Thermal Image camera. With all of these mounted it becomes the ideal asset for watching fire lines and tracking ground operations. Unlike other platforms, we can attach a tether and avoid FAA regulations that would otherwise apply."
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Comments

  • Admin
    what can you say ,If he/she can't see it coming then deserves it :-)),may be florescent colors & and a airhorn !! would be better for safety, krzys.
    darn , looks like WayPoints needs to be k.m wide :-(0) and new definition of LOS too
    these guys are serious in both edge of speed spectrum !!
  • T3
    "{what} could happen if it falls(fail safe set on throttle) on some one ?!! "
    It would swallow him and spit out a few days later, anywhere on the globe. ;-)

    I believe it is as safe as easystar, but one would die of heart attack 1s before it hits because of the size...
  • Admin
    Wow, Also the speed /cruise was surprisingly fast fly by !! :) , and landing was catch in hand too what would be wort that could happen if it falls(fail safe set on throttle) on some one ?!!
  • Man - you could fool a ton of tin-foil-hat people with this thing.
    on profile, it looks like a flying saucer, but if you turn in from profile to straight-on, it "disappears" quite quickly.
  • This is very, very cool!
  • Moderator
    Well in the UK you can goto 75' without permission, higher than that you need a NOTAM in place with the CAA but if your doing all that you are re inventing the TCOM

    aerostats_img_bdy.gif

    To sort the drift issue out you would overfill the aerostat so the tether line was tighter but yes it would still drag back over the ground. Mind once it gets windy you might as well swap vehicles for a kite.

    How about an ardukite, actually I can't think of anything it would bring to the party over a well designed kite.
  • T3
    BTW what is the max line length for tethered balloon, VLOS?
    Seriously, the problem is not with 50kts wind, at this point most small UAS are out, even if they can penetrate the wind, the turbulence will make the data useless. The problem is that with 5kts winds on the ground and 12kts up high, you need constant power to stay in range.
  • Moderator
    It might be quick, and looks great but if those whales are swimming into 50 knot winds it will struggle.Don't get me wrong I love airships and this is the best on the block at the minute but as soon as you scale them up they become handling nightmares. Lighter than air has pretty much been left out of regulators decision making around the world and I don't know why. I wonder if the S part of UAS will round up a tethered balloon.
  • 3D Robotics
    But not when it's tethered, doing radio relay and sensing. Of course, it's not a UAV then...but still useful.
  • T3
    This is a reference of small blimp tech, but I would be cautious assuming buoyancy saves a lot of power, because it comes associated with a lot of drift with the wind that must be countered with constant thrust in practical applications, also with buoyancy you use power in order to descend in reasonnable time.
    At the end a blimp has huge drag for given payload even optimised like this, if we compare to any winged platform. Therefore pushing it around is relatively costly on distances.
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