Will we see a new generation of airships roaming our skies? Head to https://www.odoo.com/r/veritasium to start building your own website for free.If you’re l...
To me a main use case is transporting windmill turbine blades. Blade size is currently limited by rail and truck capacity, but with an airship transport you don’t have to fit the blade through tunnels and around corners.
They go over this in the video, but there are a few major issues with airships, notably wind and the need to maintain neutral bouyancy. Wind is particularly hard to deal with and for bouyancy they would need to pickup an equal amount of weight at the dropoff point (which likely would mean trucking in massive lumps of concrete), eject vast quantities of helium from the airship, or have large tanks in the airship to compress the helium into. None of those are great solutions and building out a better road for last-mile delivery is almost certainly cheaper/easier.
The craft in the news today mixes aero lift with helium lift, and claim that it “can stay in place on the ground as it is loaded, unloaded or refueled”
Trucking in ballast would work for the case where roads exist, but aren’t appropriate for a 100+ meter turbine blade. If no roads exist, you’d be stuck filling sandbags on site, pumping in water, or maybe shipping back felled trees or boulders. A hassle but not impossible. Worth it?
Where huge turbine blades will come into their own (if they do) initially is in ocean based turbines. They can be manufactured at a port and go directly to a ship without navigating roads, so they won’t be limited by overpass height and so forth. If the large turbines are that much of an advantage, it should become apparent as sea installations evolve.
To me a main use case is transporting windmill turbine blades. Blade size is currently limited by rail and truck capacity, but with an airship transport you don’t have to fit the blade through tunnels and around corners.
I like the future that this suggests
So you are a bird hater eh? /s
Well my username is a bird, so I’m going to say it’s just a severe case of self-loathing
They go over this in the video, but there are a few major issues with airships, notably wind and the need to maintain neutral bouyancy. Wind is particularly hard to deal with and for bouyancy they would need to pickup an equal amount of weight at the dropoff point (which likely would mean trucking in massive lumps of concrete), eject vast quantities of helium from the airship, or have large tanks in the airship to compress the helium into. None of those are great solutions and building out a better road for last-mile delivery is almost certainly cheaper/easier.
The craft in the news today mixes aero lift with helium lift, and claim that it “can stay in place on the ground as it is loaded, unloaded or refueled”
https://www.theregister.com/2024/03/27/airlander_10_hybrid_airship/
Trucking in ballast would work for the case where roads exist, but aren’t appropriate for a 100+ meter turbine blade. If no roads exist, you’d be stuck filling sandbags on site, pumping in water, or maybe shipping back felled trees or boulders. A hassle but not impossible. Worth it?
Where huge turbine blades will come into their own (if they do) initially is in ocean based turbines. They can be manufactured at a port and go directly to a ship without navigating roads, so they won’t be limited by overpass height and so forth. If the large turbines are that much of an advantage, it should become apparent as sea installations evolve.
If there is any way to match up new blades coming in with shipments of old blades or worn out components going back, that would be ideal.
But also large bags of sea water would do the trick.