How early American inventors funded their ventures
rootsofprogress.org
rootsofprogress.org
In the summary is this:
"What there doesn’t seem to have been, at least in what I’ve seen so far, is any kind of structure around early-stage financing. I haven’t seen any formal networks of angel investors, and nothing comparable to venture capital. Funding seems very ad hoc, dependent on the circumstance and connections. If so, then the rise of institutional early-stage funding in the mid-20th century was a real revolution."
And I think that is the crux of it. Most people back in the day had to find wealthy people they knew, but there was no "industry" around early stage financing.
Now there is, which has probably been great for funding ideas that would not have otherwise been funded, but is also a double edged sword for entrepreneurs, as the institutions get better and better at extracting as much value as possible.
They don't really compete on terms, other than valuation. If anything, as things become more transparent, the deal terms are becoming more homogenized.
It's a lot harder to hire good employees when they look around and see that they have a much better chance of an equity payout with RSUs from Google.
The situation now will just be the new normal.
Though strangely the origin of modern project finance seems to have evaded the author: seems to have evolved in New England where groups would band together to fund whaling and slaving missions (yes, abolitionist Massachusetts made a huge part of its wealth on slave missions and slave mortgages).
These bands were themselves evolved from a European model, in particular England (later Great Britain), Portugal, and Spain.
Any history book of Silicon Valley details the origin of organized VC. After reading that, you can understand the overall context of informality before that.
Also, saying Tesla was funded by Westinghouse is a strange way to look at it - his patents were used to create the company in the first place.
If you're interested in seeing those "heavy metal" early inventions in person, I highly recommend the Henry Ford and Greenfield Village in Michigan:
https://en.wikipedia.org/wiki/The_Henry_Ford
For a more modern example, Frank Robinson founded Robinson Helicopter in SoCal, which is the world's largest producer of helicopters by shipments. I think he self-funded his first R22 prototype, then a local businessman who was intrigued invested after that:
https://en.wikipedia.org/wiki/Robinson_Helicopter_Company
Similar to SpaceX, Robinson had to in-source a lot of components to get the repeatable, aerospace-level reliability needed.
The R22 and R44 are the dominant helicopters used in flight training, LEO and newsgathering in the USA and are about 25% of the cost of a Bell helicopter, so a real game-changer.
I doubt, though, that it was $30k then. Blacksmiths in 1800 on average made under $1/day [1]. It would be very rare for a blacksmith then to be able to put $30k toward an invention. (For comparison, $25k/year was the salary of the President of the United States then).
If the $30k is $30k now, it would have been about $2000 back then. That seems feasible for a blacksmith to save up in around a decade or so.
[1] https://babel.hathitrust.org/cgi/pt?id=wu.89071501472&view=1...
"It helps if one understands how the comparators are constructed. They have two components. The first is prices of a range of goods which the ordinary person might buy, such as bread, meat, beer or clothing and possibly rent or the cost of fuel; these are gathered from a range of archives or surveys. These prices have to be added together in a way which reflects the proportions which these items formed in the spending of an average person. If – as was the case in the past – bread accounted for 25 per cent of what the average person spent, then the price of bread has to have an influence of 25 per cent on the overall set of prices. This is known, in the jargon, as its ‘weight’ and the weights add up to 100 per cent. A calculation is then done for each year, multiplying the price of each good by its weight, adding the results together and finally dividing by the number of items to get an average price of goods for that year. Then, if the result is a figure of, say, £10 in 1800 but of £767 in 2017, we say that prices rose between those two dates by about 77 times. Another way of putting it is that £10 in 1800 equates to – or has the same ‘purchasing power’ as – £767 today."
https://www.historytoday.com/archive/feature/changing-value-...