Spray? Gee-tar thoughts?
Posted: Thu Mar 28, 2013 1:26 am
lazy? or really cool and inevitable?
a little bit of both?
That is precisely what it achieves.Papa Willie wrote:How does it adjust for intonation weirdness, though? You can pay $50k for a guitar, and you will NOT be able to achieve perfect pitch on a D and an E chord at the same time.
Perhaps, provided you apply dead-nuts equal finger pressure to each and every voicing over the entire neck. I don't know about you, but most people aren't able to do that. They press harder here and softer there, depending on a multitude of factors. With the Evertune, none of those factors matter. The only thing that matters is whether you can get the initial intonation correct, which is easily doable with most any halfway decent guitar.I can see the staggered frets working for that.
Yes. That's exactly what it does. It adjusts instantly through the use of constantly moving saddles. They slide back and forth to counter different finger pressures.Does it just instantly adjust?
No, Felix was referring to the Robo guitar and its specific tuners on the headstock. He's saying they have a tendency to break strings.Not sure I really understand how that thing works. As far as the video, that guy was getting pretty hardcore with his bends - even picking the guitar up by the strings, and it was still staying in tune damned good. If it breaks strings easily, like Felix said - that would be a problem.
The only reason I didn't get it is I didn't want to carve into my one-piece solid guitar body, which has a hardtail bridge. If it already had a carved-out route in the back, hell yeah, I'd be all over that thing.Looks like it'll run you about $330 for one of those things. That's a bit high, but maybe not if it's as magical as they say...
Not really, no. Kahlers and Floyds are floating bridges. The entire fixed set of saddles moves back on forth on very lightly tensioned springs, and usually only three of them. This thing is different. The saddles themselves move, and each one has its own dedicated spring. Pulling on one string doesn't affect another string whatsoever, and that's the problem with floating bridges. A floating bridge is a constant compromise. This isn't. Each string is maintained individually, and much more consistently.Papa Willie wrote:http://www.evertune.com/lookin/
Okay - I watched the first video. It operates a lot like a Kahler or Floyd Rose to be honest with you.
Again, no. The bridge itself isn't floating, and the strings aren't dependent on one another. Also, by having six heavy duty springs that aren't nearly as sensitive to every little thing the way they are with floating bridges, it's a different animal.One huge problem I see, is that spring fatigue will be an issue (just as on Kahlers - never had a FR).
You're still equating this to what happens with the interconnectedness between strings with a floating trem. Each string here has its own identity, its own mehcanical anchor, wholly independent of the others.Is "Zone 2" offset enough to have a bigger area of travel for the smaller strings (as tuning keys don't alter the tune near as much on them as they do the bigger strings)?
Just give it slack and pop 'em off, the same as with a floating bridge.Seems to me like you'd have to snatch the whole bridge off to change the springs, and that would be a pain in the ass.
It has everything to do with intonation. Each string is constantly maintained. The intonation cannot be thrown off by differing finger pressures, which is what happens with conventional guitars.I don't see it having anything to do with intonation, though.
Not according to Gary (and countless other users), who say the thing is absolutely stable, always. The specific point is that it is unaffected by the usual changes that always dick with tuning and intonation, including neck relief movement caused by temperature/humidity changes.And temperature change affects those springs as well as it does the strings - you can count on that.
that's impressive as hell....again, I'm not an electric guy but if I was I think I'd prefer the evertune to the robot guitar tunerVan wrote: Not according to Gary (and countless other users), who say the thing is absolutely stable, always. The specific point is that it is unaffected by the usual changes that always dick with tuning and intonation, including neck relief movement caused by temperature/humidity changes.
If you want, I'll call him tomorrow and ask about any issues with spring fatigue eventually mucking things up.
Here he talks a little about Joe's guitars, including the four fixed-bridge ones with Evertunes...
http://www.evertune.com/wp-content/uplo ... ayer-2.pdf
smackaholic wrote:I have a question about that bridge that is continually adjusting itself. Doesn't it become a problem with a guitarist who actually wants the effect of a tonal change at times? I am talking about someone like an SRV who bends the fukk out of the instrument to create an effect. Is there a way to lock it in place?
...and...As for the Evertune, yes, what the guy was demonstrating by yanking so violently on the strings is that it simply doesn't matter what you do, you can't make the thing go out of tune or lose the intonation. Climate changes, temperature changes, the neck stiffening or loosening as it's moved from your living room to its case to your car to the gig and then back out of its case into a hot and humid bar setting, your guitar will remain in perfect tune. You don't need to worry about any of it. It continually adjusts the string tension to remain in tune, even if you have a hummingbird's touch on open chords and a sledgehammer touch on barre chords. Want to yank the bejeezus out of the G string while doing your best GG two-step bend impersonation? Have at it. That string will still be in perfect tune when you go back to play a minor 9th barre chord on the seventh fret. It doesn't even matter if the strings are old and crusted over with beer, sweat, snot, and groupie effluvia. Nothing changes.
The only issue I found with it was in nailing down that balance point that allows you to do big bends. You have to loosen the thing enough to allow for those, and if you loosen it too much then it defeats the purpose. It's absolutely brilliant for jazz players, rhythm players, chugga-chugga metal players, country players, etc., but it takes some finessing to make it work perfectly for a blues player who does lots of step-and-a-half bends. It can be done, but it's not the no-brainer that it is for most other styles.
Of course they serve different purposes but the evertune seems much more practical from a players standpoint than a robot tuner......I remember going to see Albert King and I've never seen anybody struggle so much to keep his guitar in tune......he'd tune his ax during the middle of a song because he was a notorious bender.....guy should have fired his guitar tech right after that concertVan wrote:They serve very different purposes.
How can ya blame the tech. In case you hadn't noticed Albert was a big ole boy with a pair of meathooks that would make irie blush. I doubt there is a guitar tech on the planet that could make one of Albert's axes stand up to the mauling he subjected it to.Felix wrote:Of course they serve different purposes but the evertune seems much more practical from a players standpoint than a robot tuner......I remember going to see Albert King and I've never seen anybody struggle so much to keep his guitar in tune......he'd tune his ax during the middle of a song because he was a notorious bender.....guy should have fired his guitar tech right after that concertVan wrote:They serve very different purposes.
'Spray, smackaholic will correct me if I'm wrong but I'm pretty sure he was referring there to Mikey, not to you.Papa Willie wrote:I hope you're just kidding, as opposed to being a dick-lynching niggar.smackaholic wrote:Springs that aren't stretched past their elastic limit, can pretty much last forever. I would guess that these bridge springs don't get anywhere near that limit. Even if you bend the fukk out of it, it seems as though the bridge hits its limit before the spring gets close to its elastic limit.
I am certain our resident fatass know it all can come in here and give a proper engineer explanation and maybe even throw in some formulae and charts.
I'm no Mikey, but it would seem to me that it couldn't work with a trem system for two fairly obvious reasons: 1. A trem system relies on a series of springs and a pivoting bridge resting in a carved-out route. The Evertune needs to occupy that same route. 2. The weakness of a trem system has to do with the imprecise movement of the pivoting block. The two or three springs that are lightly screwed into the wood of the body allow that block too much wiggle room, resulting in slight variations from one moment to the next. The Evertune's effectiveness would be negated by the imprecision of the floating block.Van - sounds pretty fucking sweet, now. Seems like they'd be able to apply it to a whammy bar system, and I could easily see that being the best ever built.
he was amazing, one of the best pure blues players I've ever seen and one of the most entertaining concerts I ever attended....smackaholic wrote:
Rack you for getting to see one of the best bluesmen ever. I'll bet his tone was magnificent even when it wasn't anywhere in the zipcode it was supposed to be in.
yup.Van wrote:'Spray, smackaholic will correct me if I'm wrong but I'm pretty sure he was referring there to Mikey, not to you.