Same old story. Market innovator never lives to see the 2nd generation.
So from an MBAs perspective why is that Andrew?
First mover makes all the mistakes, builds the market, others rush in to take advantage of the path forged. Look at computers for another example.
Eclipse more or less created the VLJ market through its evangelism. THe followers-on managed to avoid some of the pitfalls, like overpromising the price and underdelivering the price. They avoided that Williams engine fiasco too.
They avoided that Williams engine fiasco too.
By that statement, do you mean that you believe Eclipse's story that Williams was to blame?
First mover makes all the mistakes, builds the market, others rush in to take advantage of the path forged. Look at computers for another example.
Eclipse more or less created the VLJ market through its evangelism. THe followers-on managed to avoid some of the pitfalls, like overpromising the price and underdelivering the price. They avoided that Williams engine fiasco too.
A lot of times if people can copy and/or improve ande modify a design they can be successul. Look at Bill Gates with Windows. Basically taking the Mac concept and applying it to PC's.
Sometimes it does all come together for the original inventor/innovator, but often the person who is good at creating is not the best marketer, manager etc. Its about establishing a team with the right mix of talent.
It was pretty much given to Apple because Xerox engineers had given up on the GUI concept. I still wonder how many executives were ready to cut some management throats over that happening.And Apple copied the GUI idea from Xerox PARC.
So Andrew from a business perspective why the heck would anyone want to be a technology pioneer? And does this theory only apply to high tech stuff like computers and planes?
I think that too often you have a person out in front who is good at selling ice water to Eskimos but who doesn't have a grip on the reality of production.Sometimes it does all come together for the original inventor/innovator, but often the person who is good at creating is not the best marketer, manager etc. Its about establishing a team with the right mix of talent.
I think that too often you have a person out in front who is good at selling ice water to Eskimos but who doesn't have a grip on the reality of production.
I think that too often you have a person out in front who is good at selling ice water to Eskimos but who doesn't have a grip on the reality of production.
I think it's all about ego. You need a big one to be able to start and promote a new product like the Eclipse. However, your ego gets in the way of being able to turn over control to people who may know better than you about the practicalities of production and finance.The first guy may be better utilized as chief zealot and guardian of the corporate vision, if his ego will allow him to do so. I think that's what Vern (finally) tried to do, but too late.
It was pretty much given to Apple because Xerox engineers had given up on the GUI concept. I still wonder how many executives were ready to cut some management throats over that happening.
The Williams engine issue was what, eight years ago? I think to make that the blame is falling far short.
Eclipse's blame of Williams was a tarbaby.
The original design had Williams producing an engine with a given thrust to propel an airframe of a given weight.
The Eclipse had continued to gain weight while maintaining the same performance from the original spec engine.
Eclipse then pushed Williams to redesign the engine to produce more thrust. Williams told Eclipse that the redesigned engine would cost them more money. Eclipse refused to agree to a price increase for engines.
At that point, Eclipse blamed Williams for its problems and ended up purchasing from P&W at a higher price than it was willing to pay for the Williams engine.
Eclipse's blame of Williams was a tarbaby.
The original design had Williams producing an engine with a given thrust to propel an airframe of a given weight.
The Eclipse had continued to gain weight while maintaining the same performance from the original spec engine.
Eclipse then pushed Williams to redesign the engine to produce more thrust. Williams told Eclipse that the redesigned engine would cost them more money. Eclipse refused to agree to a price increase for engines.
At that point, Eclipse blamed Williams for its problems and ended up purchasing from P&W at a higher price than it was willing to pay for the Williams engine.
The original Williams was an 85 pound engine they wanted to get 700 lbs of thrust out of and with fuel specifics unheard of in the industry. So the engine design was aggressive from the get-go. And yes, they used "air bearings" -- basically running on a cushion of air instead of bearings. But the problems were far more than that with the engine. There was a big problem with the fuel control system, and that was causing surging that would tank the engine. Clearly the Williams engine was not ready to be put on a jet when that first Eclipse flight happened.Was that it? I thought that the prototype engine Williams produced would last exactly one flight before melting due to lubrication issues.
I know that Burt Rutan was really miffed that Eclipse got exclusive rights to Williams' "100 pound, 700 pounds of thrust engine, you can tuck under your arm" that he thought would be a huge boon for homebuilt jet...the development for which BTW, was funded by a NASA AGATE grant.
Did the Williams engine meet that spec?
By that statement, do you mean that you believe Eclipse's story that Williams was to blame?
Ken, if you do the physics (remember those?) to get that sort of efficiency you would need a Carnot cycle temperature of 1100 at the interturbine stage.The original Williams was an 85 pound engine they wanted to get 700 lbs of thrust out of and with fuel specifics unheard of in the industry. So the engine design was aggressive from the get-go. And yes, they used "air bearings" -- basically running on a cushion of air instead of bearings. But the problems were far more than that with the engine. There was a big problem with the fuel control system, and that was causing surging that would tank the engine. Clearly the Williams engine was not ready to be put on a jet when that first Eclipse flight happened.
That said, it's also true the Eclipse weighed more than planned, and Vern was pushing for a higher thrust engine. Weight gain cascades -- heavier airframe needs more powerful engine which increases fuel burn which makes a heavier airframe.
I don't think you can pin the Eclipse problem solely on Williams or Avidyne or even Vern. The issue is that it was a very aggressive design that, well, didn't work out so well in practice.