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Fender Strat Neck Swap

Fender Strat Neck Swap

Mahogany Strat Pic Squier Strat Pic

I've been working on several Fender Stratocaster projects over the past few years. Last year (2007) I picked up a Fender Squier Strat for $60 off of good old Austin Craigslist! It is a vintage-looking guitar, solidly made and very well played. The frets are very worn, but the guitar plays like butter. I can see why it had the crap played out of it. Classic Strat look, feel, and tones.

Another project has been to create a strat from "scratch." Find and finish a body, locate and acquire the electronics, define the final look and make it happen. What I came up with was a one-piece solid Brazilian mahogany body and a real nice Fender MIM maple neck. The pickguard and electronics are USA made. The bridge is MIM to fit the neck/nut string spacing, and the best part of the whole setup is the tremolo block. I purchased a solid steel full-size block that fit the bridge plate assembly perfectly.

The pictures below represent the entire multi-part project. The pictures above (to the left & right) are the finished products. These are exactly the way I imagined them, because I always ...try... to begin a project with a vision of the result. "Begin with the end in mind!"

                                               

Fender Strat Neck Swap Project

Well, several months ago I got a wild hair up my ... and swapped out the neck and bridge between the mahogany strat and the Fender Squier. I liked the results, except...

The Squier has a 22-fret neck with the fretboard extension. That fretboard end provides a lip that lays over the pickguard. The result of that overlay causes a difference in coloration on the pickguard. So, where the lip was over the pickguard, the color is significantly lighter because it hasn't been exposed directly to the elements as the exposed part of the pickguard. I didn't like that result a bit.

Also, on the mahogany strat, the fretboard overlapped the pickguard, and that is a slight problem because I have a full copper sheet shielding the entire pickguard. The thickness of the pickguard, coupled with the thickness of the copper shield created a sort-of binding that made the fretboard lip lift up toward the strings very slightly. Not good if you like to play on the 20th and 21st frets, huh?

Then... I found a cheap USA made Fender white pearloid pickguard for the mahogany strat. I also scored some cream knobs for the Squier Strat in the same deal. Woo Hoo! New projects! I got the parts in, planned the desired results, scheduled a few hours, and when the time arrived, I tore into both guitars!

First order of business was to loosen the strings on both guitars and lay them to the side. Both Strats had very little play time, so I salvaged the strings on both guitars. I removed the necks using my electric drill and a #2 Phillips bit. Zoop! Then, I removed both bridge assemblies by loosening the spring claw in the back and popped out the springs. Then I removed the 6 bridge plate screws from both bridge assemblies. I literally swapped them right there and then. When the bridge parts were all secured, I installed the necks back where I originally had them, thus restoring the Squier to its original state.

Fender Stratocaster Pickguard Swap

The new white pearloid pickguard was already shielded with a very thin sheet of aluminum tape. I made the decision to go ahead and include the copper sheet just to insure I have the best insulation possible.

Because the only thing I had to do was swap out the electronics, I didn't have to un-solder anything, and I worked slowly by first removing all the mounting hardware that hold the partsx to the pickguard. Then I simply placed all the components in place on the new pickguard and tightened them part-way.

After everything was mounted back to the pickguard, I slipped the pickguard in place on the body, gently routed the wiring into the routes and secured it to the body with the 11 screws I had removed and set aside.

Fender Stratocaster Bridge Adjustment

As you already read, I swapped the bridges back, and because the spring claw and the bridge plate screws were all loosened, adjustments needed to be made. I installed the strings that I had set aside, and tuned to a standard tuning. Then, I adjusted the bridge plate screws so the bridge could move through the correct vibrato path. After I had the six screws settled in place, I re-tuned and tightened the spring claw screws nice and tight. I prefer to accentuate my playing with my fingers, so I usually all but disable the stratocaster tremolo. I prefer NOT to jam a block up in there, and use the physics of the components to provide the proper amount of resistant force!

I had to reset the height of each bridge saddle, and also reset the intonation using the generally accepted method discussed on another page.

I did notice one thing that was slightly troubling. The string height seemed quite low compared to what I remember it being when I originally did the neck and bridge swap. I had to work on it for a while to get it right. It seems like the neck is now seated slightly different. It is difficult to explain, but it seems like the neck is angled toward the back of the body, making the strings lower in relation to the fingerboard.

It appears to be settling back in pretty well, and the action is low - just the way I like it. I may fiddle around with it again, but since it plays nicely and has the action I prefer, it won't happen anytime soon.

Fender Squier and Strat Neck Swap Project Summary

The Squier just bolted back together, and with minor adjustments to the bridge and saddles, it was playing like butter again.

It was a fun project in the beginning, and was rewarding when the white pearloid pickguard was in place. I personally prefer white pearloid on my stratocaster and on my telecaster.

More projects are on the way. I've been acquiring some Epiphone Valve Juniors to modify (with an interesting story about getting 2 of them for a mere $60.). Also, I found a Fernandes Revolver Pro with sustainer pickup that is extremely interesting to play. I had to repair the electronics.

Quest on... And as a friend of mine says, "Enjoy whatever happens!"

 
DIY PA Speaker Project

DIY PA Speaker Project

My good friend Dave is always thinking of ways to make his gear dollar go as far as possible and coming up with some great projects! This PA Speaker Project is quite ambitious, and yet, could yield the DIY musician with a great set of perfectly tuned PA speakers for that small coffee house gig!

The PA Speaker Project Concept

Dave asks me, "Would something this size be too unwieldy?" Then goes on to explain...

This is a 3 cu. ft. box that's tuned for 40 Hz, for a 12" and a horn.

The PA Speaker Project Comes To Life

So, because we've had a few dialogs like this in the past, I let him know they look great and I ask a few questions:

Looks nice!
12" speakers for the vocal mid-range, huh?

I had some huge 1981 Sunn cabinets with 2x12 and a horn. I'm glad they're somewhere else and not my house. They were huge! Sounded great, tho...

PA Speaker Design Questions

  1. When you say tuned for 40 Hz... How does that translate to practical application? Would that be set for bass? ...or is that the effective bottom end?

    I think of speakers as having a "range" ...like 40-18k Hz...

  2. Oh... One more thing...
    After loading the box with drivers, determine the weight distribution... Then add a sturdy "stand mount" to the bottom.

PA Speaker Design Answers

  1. When a box is 'tuned' thru a port or ports, what that means is that the free-air resonance of the woofer is slightly suppressed, evening out the freq. response down there. Otherwise, you'll get a big response peak at that resonance. Then the port acts as a device to bring the rear radiation of the cone into phase with the front and emit it, thus reinforcing the bass above that tuning frequency. So you tune the box to the F.A.R. (free-air resonance) of the driver.

    Below that port tuning frequency, though, the driver is effectively 'unloaded', so it's not a good idea to put anything below that frequency thru the system. If you wanted to DI the bass thru a PA system, it'd be better to bi-amp your PA and put everything below 200 Hz thru a subwoofer, or at least have cabs that will go down to the lowest freq. that you plan to blow thru them.

    So in this speaker system, you'd use a woofer with a freq. response typically about 40 Hz to 3 KHz. The horn (in rectangular slot at top) would kick in about 2.5 KHz, and go on up to perhaps 18-20 KHz. You'd then have a usable frequency response in this speaker system of 40 Hz to whatever the upper limit of the horn is. BTW, 40 Hz is low 'E' on a 4-string bass, so you could probably run bass guitar thru this box, but I wouldn't put the kick-drum thru it at high power levels.

    Clear as mud?

    PA Speaker Project Cost Estimates

    A set of DIY speakers like this could be built for probably way less than $300, using some woofers that Parts Express sells (400W!) for about $80 each. They have lower-powered ones of roughly the same freq. response for even less money. The horns could be molded ABS lenses with threaded-in piezo drivers; very economical and tough/trouble-free.

    3/4" Birch Plywood isn't too expensive, and it wouldn't take even two sheets, maybe only one, to build a pair of these. Add some 12" grills and some handles & jack trays, paint them with DIY truck bedliner, or just flat black enamel...and voila.

  2. It's easy enough to find the center of gravity with the drivers loaded, and then put the stand socket smack-dab on it.

Hint of a Floor Monitor Project

Then, some little 10" floor monitors with piezo tweeters...

Get your drivers (speakers) at Parts Express

 

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© 2012 DIY Musician    . . .    M. Scott Worthington - Austin, TX