I find it very hard to believe there will be a magnetic field created through the metal Hshoes by the alnico rods large enough to actually influence the sound.just_bassics wrote:Always an interesting subject! I have three Ric basses, a 4003 BBR, '98 V63 and '82 4001S. I removed the HG's from the '82 and replaced them with a RIHS and toaster. My analysis: The 4003 is the loudest and the pickups are closer in overall output than the V or the S. The V HS is warm and mellow, while the RIHS on the S is very clean, bright, deep, like low strings on a grand piano sound. I prefer the S sound best. Tone is always subjective in description, so the best I can offer is that the 4003 with HG is "Full", the V63 is "Warm" and the 4001S is "Bright". One of the things I love most about Ric basses is how all three can sound different, yet all three clearly sound like Rics. I'm sure most of you know what I mean by that and it's the reason that RAS can strike at any time![]()
I saved the following response from John Hall a few years ago regarding this very subject. Here is the question and his response. I believe it is from this forum...
John Hall, RIC CEE post.
Posted: 6/5/2006 8:16:00 AM
quote: Apparently, these shoes serve as much purpose as the plastic cover I took off my '74 4001, years ago.
"Actually, you're very much mistaken. The horseshoe repro works just like the original, the only difference being that the source of magnetism is relocated.
In the old days, the horseshoe itself was magnetized; unfortunately over time it discharged and the output level decreased drastically. The modern unit overcomes this by using separate Alnico magnets to energize the horseshoe, which will retain their characteristics pretty much for their life.
A standard 4003 pickup has a magnet below the coil and the string motion is sensed only in one dimension, i.e. back and forth. However, the strings move in a helical motion and the horseshoe, since it surrounds the string, allows it to pick up string motion in all axes. It's a major difference and the whole point of the horseshoe."
The shape of it might be altered little bit, but that probably completely falls outside of the coil space.
The sound is picked up on the spot of the disturbed magnetic field that runs through the coil, not above it.
