I actually do sell software to the military now so I do know what it’s like. Part of it is the customers fault, they make it so expensive to do business with them that you lose money in overhead if you’re not ripping them off somewhere else. I wish I could put a line item that shows them just how expensive their stupid paperwork is. But part of the reason the customer is like that is because they’re routinely getting ripped off. Maybe if people in the military were smarter they could figure things out but in my experience it seems that McNamara’s Project 100K never ended and the military serves as an alternate welfare program for people who would be unable to get a job anywhere else. I’m not even sure I’m mad about it, the US still loves war too much despite how ruinously expensive it is. I worry if it was cheaper the US would do even more of it. Unfortunately it’s becoming cheaper anyway with all this drone warfare so we still have that dystopia to look forward to.
The Pentagon’s $52k trash can
221–230 of 387 posts
Re: The Pentagon’s $52k trash can
#222I had the pleasure of being involved in a software project where the contractor was one of the usual suspects (Raytheon, Lockheed, etc.). Prior to this, I had no idea why defense projects were so expensive and slow. You have to understand, there are so many levels of negotiation, over the smallest changes imaginable. There's no such thing as "open source code" in these projects, everything is either modified off-the-…
Re: The Pentagon’s $52k trash can
#223I had the pleasure of being involved in a software project where the contractor was one of the usual suspects (Raytheon, Lockheed, etc.). Prior to this, I had no idea why defense projects were so expensive and slow. You have to understand, there are so many levels of negotiation, over the smallest changes imaginable. There's no such thing as "open source code" in these projects, everything is either modified off-the-…
My experience has been that you can use open source software, but security considers that to have a high risk and you need to make a business case for it. What isn’t a security risk? A closed source vendor supplied application that has its headquarters in the US. You can sometimes find pockets of innovation in the defense sector, but it’s mostly filled with bureaucrats with engineer in their title.
Re: The Pentagon’s $52k trash can
#224Earlier quoted context omitted.
> The reason you can buy an OXO trash can for $30 on Amazon are the scale and volume at which they're produced. I could make 1 plastic trashcan at home for less than $50,000. And probably less than $30.
I have a 3D printer, and I made a desk trash can. I even gave it a fancy pattern. I used FreeCAD. It took 5 minutes to make the trashcan, and 2 nights to learn the pattern tool. Total cost was 1.50 for my fancy color changing filament.
It is becoming so frustrating to read all those tech bro comments, believing that doing some messy 3D printing is the same thing as manufacturing. Ignoring that the whole field of mechanical engineering exists.
Thinking like that, a bunch of millions, get you the Titan and five dead people. Add some billions and it gets you FSD and a bunch of dead people.
Oh, and accounting and cost calculation seems to be a black art as well...
Re: The Pentagon’s $52k trash can
#225Earlier quoted context omitted.
So I worked for a company that had loads of process for even the smallest changes. It was frustrating, but what I came to realize was that the company was not interested in fixing bugs or building features - they were primarily interested in not breaking things/keeping the status quo. This was an established business that was concerned with keeping the business running, not chasing the latest and greatest. Perhaps a…
That sort of business sounds like what we want in milsec and government suppliers, no? Reliable even down to the bug behaviors...
Re: The Pentagon’s $52k trash can
#226Earlier quoted context omitted.
>The government isn't just paying for the trash can. >They're paying for people to design, tool, and maintain that design. It's economic investment in people and skills, not necessarily just the finished product. I call bullshit on that. There is no "maintenance" on that design, it was already done and paid for. It's a trashcan, it doesn't require specialized tooling to the cost of $50k. That's far above "make the to…
This shows very little hands on knowledge of how the US government actually works, how it pays for the contracts it writes, or the costs of making physical goods. For example: as other more level headed folks with actual knowledge of contract fulfillment have mentioned, this might have been a T&M or cost plus procurement. In which case, there's very little opportunity for the profiteering that most of my replies have…
https://fs.blog/chestertons-fence/
https://www.quora.com/Why-did-Napoleon-say-If-you-want-to-ta...
Re: The Pentagon’s $52k trash can
#227Earlier quoted context omitted.
So I worked for a company that had loads of process for even the smallest changes. It was frustrating, but what I came to realize was that the company was not interested in fixing bugs or building features - they were primarily interested in not breaking things/keeping the status quo. This was an established business that was concerned with keeping the business running, not chasing the latest and greatest. Perhaps a…
That sort of business sounds like what we want in milsec and government suppliers, no? Reliable even down to the bug behaviors...
Re: The Pentagon’s $52k trash can
#228Earlier quoted context omitted.
Sure. And all of this needs to be peoperly certified, to whatever standard the E-3 was certified against, in order to be mounted on the plane. Your comment tells me you were never involved in any of this. Alternative: Those trash cans set in stock somewhere, the 300 buck price guarantee ran out, and the alternative was to not fly or develop new cans. Well, that wpupd also justify 50k per can if said E-3s are actually…
And your comment tells me you're too deep into the system to realize how ridiculous this is. Your guy in a metal shop can do this for $5k with plenty of padding. Hire your certification consultant for $15k, and so on. If being efficient with taxpayer money was a priority, you could do one-off jobs a hell of a lot more efficiently than this was handled.
But keep in mind, those same rules apply to safety critical parts, e.g. engines and wings. And overall, it is easier to just apply the same high standards to everything.
Re: The Pentagon’s $52k trash can
#229This is a reducto ad absurdum example of how the US government is paying out the nose to keep a bunch of manufacturing and development work on-shore in the USA. Yeah, sure, it's a trash can, there's no reason it should cost $50k. We're all agreed that's an absurd amount to pay for a trash container. The government isn't just paying for the trash can. They're paying for people to design, tool, and maintain that design…
Re: The Pentagon’s $52k trash can
#230Earlier quoted context omitted.
I have a 3D printer, and I made a desk trash can. I even gave it a fancy pattern. I used FreeCAD. It took 5 minutes to make the trashcan, and 2 nights to learn the pattern tool. Total cost was 1.50 for my fancy color changing filament.
And you did, at least, go through full ISO 9100 certification, as the minimum to make the long list of suppliers for flying parts. It is becoming so frustrating to read all those tech bro comments, believing that doing some messy 3D printing is the same thing as manufacturing. Ignoring that the whole field of mechanical engineering exists. Thinking like that, a bunch of millions, get you the Titan and five dead peopl…
By the way I'm a (real) engineer and I did design mechanical engineering for 5 years and electrical design engineering for 3 years. (and other fields of engineering for 4 years total as well)
Yes, you get your specs and you design to them.
I got real engineering parts certified and I believe the total cost, including tooling was under 600k. Heck, back when I made airbags, I don't think we spent anywhere close to 1 million dollars between design, tooling, testing, and manufacturing.