Intel’s 916,000-pound shipment is a “cold box,” a self-standing air-processor structure that facilitates the cryogenic technology needed to fabricate semiconductors. The box is 23 feet tall, 20 feet wide, and 280 feet long, nearly the length of a football field. The immense scale of the cold box necessitates a transit process that moves at a “parade pace” of 5-10 miles per hour. Intel is taking over southern Ohio’s roads for the next several weeks and months as it builds its new Ohio One Campus, a $28 billion project to create a 1,000-acre campus with two chip factories and room for more. Calling it the new “Silicon Heartland,” the project will be the first leading-edge semiconductor fab in the American Midwest, and once operational, will get to work on the “Angstrom era” of Intel processes, 20A and beyond.
I don’t know why, but I’ve never thought of the transport logistics involved in building a semiconductor fabrication plant.
if you look at the history of what happened to each Zeppelin airship you get a really good idea why it’s a bad idea.
LZ1: damaged during initial flight, repaired and flown two more times before investors backed out causing the ship to be sold for scrap.
LZ2: suffered double engine failure and crashed into a mountain. While anchored to the mountain awaiting repairs a storm destroyed it beyond repair.
LZ3: built from salvaged parts of LZ2. Severally damaged in storm. After LZ4’s destruction LZ3 was repaired and was accepted by the German military who eventually scrapped it.
LZ4: suffered from chronic engine failure. While repairing the engines a gust of wind blew the ship free of its mooring and struck a tree causing the ship to ignite and burn to the ground.
LZ5: destroyed in a storm.
LZ6: destroyed in its hanger by fire.
LZ7: destroyed after crashing in a thunderstorm.
LZ8: destroyed by wind.
LZ9: this one actually worked and survived for three years before being decommissioned.
LZ10: caught on fire and destroyed after a gust of wind blew its mooring line into itself.
LZ11: destroyed while attempting to move the ship into it’s hanger
LZ12 & LZ13: both flew successful careers before being decommissioned a few years later.
LZ14: destroyed in a thunderstorm.
LZ15: destroyed during an emergency landing.
LZ16: was stolen by the French. ***
LZ17: decommissioned after the war.
LZ18: exploded during its test flight.
LZ19: damaged beyond repair during an emergency landing.
LZ129: the Hindenburg.
LZ127: retired and scrapped after flying over a million miles.
LZ130: flew 30 flights before being dismantled for parts to aid in the war effort
The problem is with airships and aerostats in general is you need a massive balloon just to lift a small amount of weight but the larger you make it the more susceptible to weather it ends up being. With the amount of surface area a balloon that’s a 1km long has you would have to spend a considerable amount of energy just to stop it from blowing away in the wind, as inefficient as it is the truck may actually use less fuel because of this.
That said, the Zeppelin NT has, as far as I know, a perfect flight record.
https://en.wikipedia.org/wiki/Zeppelin_NT
We’ve made a lot of advances since the early 20th century, believe it or not. I don’t think using semirigid airships as both cargo transports and “satellites” needed for temporary communications purposes over a large area such as a disaster zone where cell communication has been lost would be out of the question now.
The biggest advancement they made was making it smaller. Zeppelin NTs are a fraction of the size of what Ferdinand von Zeppelin was designing in his day. Because of their smaller and the switch to helium Zeppelin NTs has a miniscule payload capacity at 4200 pounds. To put that into perspective that’s the same payload capacity as a Ford F250. Even with their reduced surface area and modern flight controllers controllers the Zeppelin NTs still haven’t solved the weather issue as they are restricted from flying in winds greater than 22MPH and when VFR is not available.
And that’s only the bed capacity. An F250 can tow over 20,000 lbs depending on the trailer design. Most trucks and SUVs can tow >4200lbs.
Towing capacity isn’t really apples to apples which is why I used payload capacity which is more directly comparable. Don’t get me wrong though I’d love to see an airship towing a trailer.
You’re comparing a pickup truck to a zeppelin, there’s no way to make that apples to apples. If someone needs to move something big with a truck they’re probably going to tow it, not try to load it into the bed.
I am comparing payload weights because it’s directly comparable between all vehicles. I am not sure if you understand payload weight fully. This is the rating for everything you put in the vehicle (airship or not) and includes everything from people to the trailers tounge if you are towing. Just because your truck can tow 20Klb does not mean you can exceed the payload capacity. A lot of first time RV buyers learn this the hard way when they buy a 10Klb trailer to tow with their 2018 F150 only to find out there isn’t even enough payload capacity left over for the driver because the tounge weight is 1000lb. Air ships (and aircraft for that matter) use the same payload capacity calculations where again anything put inside the vehicle counts towards the payload including people. This is why we can directly compare the two vehicles payload capacity.
No, comparing a zeppelin with a pickup will never be a direct comparison.
How are the payload weights between pickup trucks and Zeppelins different then?