Option: Zeppelin: Difference between revisions

From Control Systems Technology Group
Jump to navigation Jump to search
No edit summary
 
(3 intermediate revisions by the same user not shown)
Line 1: Line 1:
== The zeppelin ==
== The zeppelin ==


'''Description'''
'''Description'''
One of the options is to make the system by using a zeppelin. It will take the packages from A to B through the air. It will use GPS to know its location and use some sort of engine to propel itself through the sky.
One of the options is to make the system by using a zeppelin. It will take the packages from A to B through the air. It will use GPS to know its location and use some sort of engine to propel itself through the sky.
[[File:upsblimp.png|thumb|400px|The "UPS blimp"]]


'''Effectivity'''
'''Effectivity'''
Line 18: Line 18:


However, the zeppelin is a slow option. Also it is big, much bigger than a drone flying around the city. That could form a problem when dealing with urban areas.
However, the zeppelin is a slow option. Also it is big, much bigger than a drone flying around the city. That could form a problem when dealing with urban areas.
'''Costs'''
The costs of a zeppelin will be low since it does not require high end technology or a valuable source of propulsion. The zeppelin could easily be recharged.

Latest revision as of 09:50, 8 March 2017

The zeppelin

Description One of the options is to make the system by using a zeppelin. It will take the packages from A to B through the air. It will use GPS to know its location and use some sort of engine to propel itself through the sky.

The "UPS blimp"

Effectivity

One of the options of a package delivery system is to take it to the sky and using a zeppelin to do so. While this option seems outdated it has some advantages that other technologies still not have overcome:

For instance, safety. When a zeppelin is struck by something and the gas flows out of the balloon, it drifts towards the ground on a slow manner. In comparison with a heavy helicopter or plane this is a great advantage.

Next, the lift force. A zeppelin can easily be adjusted to have a high lift force. The addition of light gasses make it possible to take heavy objects to the sky. This is a big difference with other aerial options.

Also the power consummation is much lower on a zeppelin, the balloon requires no to low additional energy, the balloon floats around. The only consummation of power is the way it propels itself through the sky using, for instance, propellers.

Drawbacks

However, the zeppelin is a slow option. Also it is big, much bigger than a drone flying around the city. That could form a problem when dealing with urban areas.

Costs

The costs of a zeppelin will be low since it does not require high end technology or a valuable source of propulsion. The zeppelin could easily be recharged.