Hey DIY enthusiasts!

Today I am proudly presenting to you ObliX argo, the new concept for our airship-drone. 
ObliX argo can be operated in two flight modes:

1. Airplane mode:
Propulsion is mainly supplied by the slow turning stern propeller. Maneuvering is achieved by the empennage. Like this, maximum energy efficiency is achieved for traveling long distances.

2. Helicopter mode:
Propulsion and maneuvering is mainly supplied by 8 fast turning electric ducted fans. Like this, maximum maneuverability in all 6 degrees-of-freedom (forward/backward, left/right, up/down, yaw and a little pitch and roll) is achieved instantly.

Read all the details about ObliX argo in our blog-post:
On our homepage we also have an interactive 3D model.

I want to say a big thank you to Johannes Eißing for his great Sleipnir idea and to Alexander Richter for his awesome AirshipLAB! You can read about both of these on our facebook group "Small Airship Union".

Now it's your turn: What do you think about this concept? Do you have questions or suggestions for improvement?

Views: 1688


Admin
Comment by Thomas J Coyle III on May 25, 2015 at 12:01pm

@Daniel,

At 6m in length, this blimp seems more suited for commercial use than hobby use.

Regards,

TCIII AVD

Comment by Daniel Wibbing on May 25, 2015 at 12:03pm

@Thomas,
I would indeed be happy if there would be a commercial interest in ObliX later on. :)


Admin
Comment by Thomas J Coyle III on May 25, 2015 at 12:05pm

@Daniel,

Is it a rigid hull or more like a dirigible?

Regards,

TCIII AVD

Comment by Daniel Wibbing on May 25, 2015 at 12:22pm

@Thomas,

It is not a rigid hull. It is called a semi-rigid airship because it has an inner frame, wich is not visible in my picture. The purpose of the frame is to hold the empennage and the propulsion system.

Comment by Joel Laguárdia on May 25, 2015 at 5:04pm

Nice to see this project!
I thought once to project one "airship drone", but unfortunately I didn't had time.
But now Im gonna keep following this project! Congratulations!

Comment by naish on May 26, 2015 at 7:39am

Looks really nice. How did you adjust the internal volume in your ballonet?

Unfortunately airships are not really practical machines for commercial operations.

Comment by Daniel Wibbing on May 26, 2015 at 11:54am

@naish88,

The volume of the ballonet could be adjusted by an internal fand and a valve. I haven't spent much time yet to think about this question. Do you have any suggestion?
Why do you think that "airships are not really practical machines for commercial operations."?

Comment by naish on May 27, 2015 at 2:38am

Better to start thinking about that, because one of the big issues is keeping the envelope pressurised. If anyone thinks that airship are simple machines, they are totally wrong. When you get anything above few M^2 the complexity of the system increases.  

Why I think that are impractical for commercial op... simple, because I have spent few years using and developing UAV airships form 10 to 12m, for commercial op. I know about 100 reasons why they are unpractical. 

Comment by Pbreed on May 27, 2015 at 7:48am

Why are they not practical?

One word:Wind...

Comment by Daniel Wibbing on May 27, 2015 at 8:54am

@naish88 

Wow, you have been into the UAV airships business? That's great! I would love to learn from you to avoid doing the same mistakes all over again. Would you be so kind and tell me more about your experiences and learnings from that time? If you really know 100 reasons why airship-drones are unpractical, I would like to know every single one of them, please!

@Pbreed, I know that wind is the biggest issue, but I think it can be handled up to a certain degree. Airships have flown and they still are.

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