Showing posts with label floydrose. Show all posts
Showing posts with label floydrose. Show all posts

Sunday, April 18, 2021

Ibanez RG370AHMZ | Part Two


In the previous post on this gorgeous Ibanez RG370AHMZ, I highlighted some of its more pertinent specifications. Now, in this post, we'll take a closer look at the Edge Zero II tremolo bridge, ZPS3Fe "counter-tension tuning stabilizer system;" and also the control cavity components.

The Edge Zero II tremolo bridge consists of a cast alloy base plate, individual saddles; and fine tuners. As a "double-locking tremolo" system, the bridge works in conjunction with a locking nut. But you knew that already, right?

Meanwhile, the ZPS3Fe "counter-tension tuning stabilizer system" consists of two "sub springs," string stopper, stop rod and spring adjustment knob. Ibanez believes that the ZPS3Fe helps to "ensure tuning stability" by returning the tremolo more "quickly and accurately" to the neutral position when the tremolo arm is released. 

I'm no expert on tremolos and such, but I do say that the ZPS3Fe works as it should and saves a lot of time and labor during setup. For one, the spring adjustment knob and stop rod eliminate the need for fiddling around with screwdrivers or tapered wooden blocks. 

The control cavity appears to be shielded with conductive shielding paint, and the inside of the cover with aluminum foil. Components include an Ibanez 3SWLSP5 five-way switch and two dime-sized Alpha (Korea) pots.

Now, what does the Ibanez RG370AHMZ sound like? To answer that question, do check out any of these great YouTube videos:

















 

Sunday, April 04, 2021

ESP Floyd Rose to Hardtail Conversion | Part Five

Part One | Part Two | Part Three | Part Four | Part Five

This post is the fifth and last of a series regarding the recently-concluded Floyd Rose to Hardtail [fixed bridge] conversion on a used ESP GrassRoots G-HR-49 solidbody. After the body had been refinished, it was set aside on March 6 to allow the finish to cure. 

Then, on March 21, I resumed work by reinstalling the electronics, neck, hardware; and what-have-you. Took me the better part of two days to get the guitar ready for testing, and when I finally did put it through its paces; a feeling of joy mixed with relief coursed through my veins. I was indeed thankful to have satisfied the owner’s five requests:

One, remove the entire Floyd Rose assembly, including the locking nut, springs and claws.
Two, fill the trem and spring cavities completely with suitable wood to create a true solid body.
Three, install a strings-through-body hardtail bridge.
Four, install a Strat-style nut, remove the paint on the back of the neck and refinish it natural.
Five, make the guitar presentable and fully-functional.

Thus said, in this post, we'll just sit back and look at some pics. I’ve also put together a YouTube video to complement this post. The video highlights both clean and overdriven sounds of the G-HR-49; plugged into my trusty Fender Champion 40 amp. Do check it out. Muchas gracias :)
























Monday, March 29, 2021

Ibanez RG370AHMZ | Part One


According to Darrell Braun Guitar, "... this RG is straight up blue-tiful!" I couldn't agree more, Darrell. I was grinning from ear to ear when one of these beauties came in for a string change and setup recently. Now, without further ado, let's peruse some specs, based on information sourced from Ibanez and the Ibanez Wiki; as well as my own observations.

Body: Solid ash, bound
Finish: Top - Blue Moon Burst (BMT), Back and Sides - Natural
Neck: Maple, Wizard III profile, bolt-on, All Access Neck Joint (AANJ)
Fretboard: Maple, 16" radius, 25.5" scale, 24 jumbo frets, black dot inlays
Bridge: Edge Zero II tremolo bridge with ZPS3Fe "counter-tension tuning stabilizer system"
Pickup Configuration: HSH
Bridge Pickup: Ibanez Quantum Bridge (humbucker/passive/ceramic)
Middle Pickup: Ibanez Quantum Middle (single-coil/passive/alnico)
Neck Pickup: Ibanez Quantum Neck (humbucker/passive/ceramic)
Controls: Master Volume/Master Tone/5-Way Pickup Selector
Hardware: Cosmo Black

Well folks, that's about it for this introductory post. In Part Two, we'll take a closer look at the Edge Zero II tremolo bridge, ZPS3Fe "counter-tension tuning stabilizer system;" and also the electronics. Meanwhile, do enjoy the pics :)















Sunday, March 21, 2021

ESP Floyd Rose to Hardtail Conversion | Part Four

Related Posts
Part One | Part Two | Part Three | Part Four | Part Five

This post is the fourth of five regarding an ongoing Floyd Rose to Hardtail [fixed bridge] conversion on a used ESP GrassRoots G-HR-49 solidbody. In this post, we'll talk about what needed to be done; as per the owner’s instructions: “install a strings-through-body hardtail bridge” and “make the guitar presentable and fully-functional.”

Before installing the hardtail bridge, the pickups and neck had to be temporarily reattached to the body to ensure proper string-fretboard and string-pickup polepiece alignment. Masking tape was also applied to the front of the guitar, accurate measurements taken; and lines drawn.

These measurements and lines enabled me to determine the correct position for the bridge. Two “dummy” strings (low and high E) were also used to determine side-to-side and polepiece alignment.

Once I was satisfied with the position of the bridge, holes were marked and drilled for the five bridge mounting screws. The bridge was then installed in preparation for the next step, drilling the string-through holes.

After carefully marking the positions of the six string-through holes, the bridge was removed to make way for my rotary tool and Dremel Plunge Router Attachment. I would have loved to have used my drill press, but its throat was too narrow to accommodate a guitar body. The Dremel attachment, albeit being a poor cousin of a proper drill press; is still capable of helping one to drill perpendicular holes.

The six string-through holes were then drilled into the top of the guitar. The holes for the high and low E strings were drilled all the way through to the bottom, while the remaining four were only drilled halfway.

The body was then flipped, and the bridge aligned with the two E string holes. In this way, it was possible to mark the position of the holes for the B, G, D and A strings on the bottom of the body.

Subsequently, these four holes were drilled from the bottom until they “met” the corresponding holes previously drilled from the top. Then, to accommodate the string ferrules that would be inserted later, a larger sized drill bit was used to countersink all six holes.

Test-fitting the ferrules went okay, and they were removed for safekeeping. They’d only be reinstalled after the body had been refinished. Meanwhile, a hole was also drilled into the top from underneath where the bridge would be, right into the bridge pickup cavity. This hole would allow me to run a ground wire from the bridge plate into the control cavity.

Now that all the drilling had been done, the whole body was given a final inspection. Any low spots were filled with Elmer’s Wood Filler and sanded level, while gaps were sealed with a mixture of wood dust and super glue. Next, after a light scuffing with 0000 steel wool, the whole body was wiped down with naphtha.

And of course, in order to “make the guitar presentable,” I’d have to refinish the body. Samurai 29/109A Flat Black was my choice of color coat, and for top coat; Samurai F1 Flat Clear. After the final coat of clear had been applied on March 6th, the body was set aside to give the finish adequate time to cure. Thanks for dropping by. Now, since you're already here; do check out this YouTube video I uploaded to complement this post. Muchas gracias :)


















ESP Floyd Rose to Hardtail Conversion | Part Three

Related Posts 
Part One | Part Two | Part Three | Part Four | Part Five

This post is the third of five regarding an ongoing Floyd Rose to Hardtail [fixed bridge] conversion on a used ESP GrassRoots G-HR-49 solidbody. In this post, we'll talk about what needed to be done; as per the owner’s instructions: “fill the trem and spring cavities completely with suitable wood to create a true solid body.”

The first step was to remove the electronics and hardware from the body. This included the two trem pivot post bushings. Following this, the bottoms of both body cavities (trem and spring) were routed flat to a suitable depth. At the same time, their side walls were chiseled and routed to closely fit the wooden blocks that would be inserted later.

The spring cavity was dealt with first. To this end, slabs of pine and chengal were glued together to form a “sandwich” sufficiently thick to slightly overfill this cavity. The “sandwich” was then glued and clamped into place; and set aside for a few days.

Subsequently, a suitably-sized “center block” of pine was fashioned and glued in to fill the void vacated by the trem block. Had this not been done, there would have been an empty space left between the wooden blocks filling the spring and trem cavities. This was a major no-no as far as I was concerned.

What next, then? Ah, yes, the trem cavity. Before tackling this task, the center pine fill block was pared down to match the depth of the cavity. Earlier on, two wooden dowels had been glued in to fill the trem pivot post holes. These were also trimmed down to size.

So now, we had a trem cavity of uniform depth that was ready to be filled. A tracing of the cavity's outline was made, and then transferred to a block of local hardwood I’d bought from a friendly carpenter. This block was then shaped, glued in; and clamped in place for a couple days.

Then the clamps came off, and the arduous task of leveling both upper and lower wooden fill blocks began. This involved lots of planing and sanding; and I was thankful for having two power sanders at my disposal. Once my trusty spirit level told me everything was nice and even, I heaved a huge sigh of relief. 

Oh yes, the holes left by the back plate screws were also plugged with wooden dowels and leveled; as wood filler just would not do. Finally, the whole body was scuff-sanded in preparation for the refinishing that was to come. Meanwhile, do check out the YouTube video I uploaded to complement this post. Thanks for dropping by, and God bless :)