Finally, fellow Maton collector Greg T tracked down a beautiful cherry FBFX and so after selling another Maton (one for one!) it was mine. So there was a big gap in my Fyrbyrd collection… I still needed an FB70 and an FBFX. They’re so damn hard to find…įor a while I did own an FB70, but I had to sell it to get an even rarer Maton (which I’ll document soon). #HOW TO READ MATON SERIAL NUMBERS SERIES#I had my Fyrbyrd 620′s and 650′s… but the later FB series had me stumped. What this means is slowly (and painfully) over 10 years, I’ve gotten the guitars that I was REALLY chasing… Wedgtails, an Ibis guitars and bass, Goldlines, Phil Mannings and of course… Fyrbyrds. I mentioned in my last post that I’ve ticked off a lot of the boxes on my Maton wish list. This is probably one of the last Maton’s I’ll be buying… the rare FBFX. Between the two, they’ve a great range of sounds. The Tri-sonics are quite mellow and warm sounding, while the black strips are pretty spanky. Unlike my black EG75 which has the Maton branded Moody made Tri-sonic pickups, the later Goldline 750 has the Maton made Apollo black strip pickups which are quite different. Matt got the gold Maton logo remade perfectly and even tracked down some NOS tuners. The headstock is why I was chasing one of these… I’d been drooling at that “enthusiastically” priced example on ebay for years, so I was stoked to finally own one. #HOW TO READ MATON SERIAL NUMBERS PLUS#Matt even used the original straight screws for the pickguard, plus drilled the little marker holes. His attention to detail is awesome.Īs per the earlier EG75, the Goldline 750 has the german carve with the gold accents. Matt also found some original style knobs which suit it perfectly. I’m so glad I did… it just looks amazing. To add the extra bit of gold, I got Matt to add a Gretsch-like gold guard instead of the red that it would’ve originally had. The gold and white nitro paint looks absolutely stunning… I know Maton Fyrbyrds are known as the coolest looking electric Maton, but I think this has them beat. This guitar looks as fresh as the day it came out of the Maton factory in 1962. Matt is easily one of the best guitar restorers I’ve seen. I handed it over to Matt’s Guitar Service and a few months later… this is the result. The Bigsby went on to my 60′s Maton MS500 (which will be featured in an upcoming story) as this Goldline will be looking brand new, which means it’ll be getting a brand new Bigsby setup. But thankfully he’d kept the original pickups and Bigsby bridge, so we agreed on a price and I bought the lot. What he sent was photos of a very trashed Goldline 750, with the Flamingo headstock.Īndrew had experimented with it over the years, routing it for humbuckers and stripping the paint. I thought it strange that a Flamingo would have a Bigsby (they usually have Japanese made Milton vibratos) so I asked him to send me a photo. I got a response from a lovely guy named Andrew saying he had some pickups from a Maton Flamingo along with a Bigsby. A few months ago I put an ad out that I was looking for some Maton pickups. The great neck, fantastic pickups and of course the cool looks mean it gets a lot of playing time. #HOW TO READ MATON SERIAL NUMBERS CODE#You can send data in a compatible format with code like this (or the equivalent in any other programming language) Serial.A beautifully restored example of the rare Maton Goldline 750Įarlier this year I posted a photo of my black Maton Goldline EG75, which has become one of my favourite guitars. #HOW TO READ MATON SERIAL NUMBERS PC#It is what I use for Arduino to Arduino and Arduino to PC communication. The technique in the 3rd example will be the most reliable. #HOW TO READ MATON SERIAL NUMBERS HOW TO#There is also a parse example to illustrate how to extract numbers from the received text. Have a look at the examples in Serial Input Basics - simple reliable ways to receive data. I would only send binary data if it was the only way to achieve the required performance. However it makes debugging much easier if you send data as human readable text. a value between 0 and 255) use Serial.write(). For example “73” is the two characters ‘7’ and ‘3’. That’s what Serial.print() is intended to do. However, when i send a number over 9 it separates it into two different digits when it receives it. So in my code I need to send a number between 1 and 100. Serial.println("Your are so close! Keep trying") Serial.println("Your number is higher than secret number !") The Guess is printed to the serial monitor Long theGuess = Serial.parseInt() //long because of parseInt is long!!! read the input from keyboard (the guess) SecretNumber = random(101) // Secret number from range: 0-100 RandomSeed(analogRead(A0)) // This seeds the secret number. initialize each of the digital pins as an output Serial.println("Goal: Guess the secret number.") You haven’t posted (in paid section) setup function, global variables, etc. So here you have code for which i spent my time. So I decided to make code and now i see, moderator closed that lol.
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