Roller stands for the anti-vibration filament holder.  This roller stand will pivot on the center bar and absorb vibrations from the inertia. The superstructure will stabilize quicker and the remaining energy will disperse with the rocking motion of this platform. The concept was taken from earthquake vibration arresting technology used in high-rise bldgs. Place this item on the mounting stand without any screws or fasteners it should be well secured but able to rock back and forth. If you use a cover to keep the filament dry- (none included here) then make a hole the same size as the one on the bottom here and place the cover between this holder and the base.

you will need 2 x 8 mm shafts and some 30 mm grooved wheels for the bearing for the rollers. I then used pencil erasers for the shaft to cushion them in the holder.

filament holder roller stand 6 .stl

roller stand 6 .stl

Roller stands mount for the anti-vibration filament holder.  This roller stand will pivot on the center bar and absorb vibrations from the inertia. The superstructure will stabilize quicker and the remaining energy will disperse with the rocking motion of this platform. The concept was taken from earthquake vibration arresting technology used in high-rise bldgs. Place this item on the upper rail of your printer -(2020 profile rail only) stand without some T5 screws the heads should just fit into the slots. this base should also have the ability to rock and not be fastly secured. It will be pinned with the mounting screws and is not going anywhere. It should be well secured but able to rock back and forth. If you use a cover to keep the filament dry- (none included here) then make a hole the same size as to allow the center rail here to go into, and place the cover between this base and the roller holder.

 This base has a shelf to hold a light the one that is made to go on a 2020 profile rail.
You will need 2 x 8 mm shafts and some 30 mm grooved wheels for the bearing for the rollers. I then used pencil erasers for the shaft to cushion them in the holder.

roller base mount rail 4 .stl

filament holder - roller stand  .stl

Roller stands for the anti-vibration filament holder.  This roller stand will pivot on the center bar and absorb vibrations from the inertia. The superstructure will stabilize quicker and the remaining energy will disperse with the rocking motion of this platform. The concept was taken from earthquake vibration arresting technology used in high-rise bldgs. Place this item on the mounting stand without any screws or fasteners it should be well secured but able to rock back and forth. If you use a cover to keep the filament dry- (none included here) then make a hole the same size as the one on the bottom here and place the cover between this holder and the base.

#3DPNSPEAKERCOVER 
Print File part 1 of 5 The suggested colors are White Rings with Silver Hearts. -UPDATED to add a small ring under the outer tower so it is under the screws as well and not dependant on only glue to hold on.
Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis for cancelation and on the X-Y axis for amplification. (1/20 waveform scale). The design can be scaled, but that will limit the effectiveness of the wave manipulation as the 1/20 waveform scale is relevant to the 160 mm speaker circumference. The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. The outward funnel to boost the reformed coalesced signal. This design should increase bass presence and filter out self-canceling signals. I am also an amateur Sound Studio Engineer and Recording Engineer and these designs have been noodling around with me for a while. The contest inspired me finish them up. Final one combining our artwork and the functionality. I am dividing it up into a 3/4 pc version as well for actually printing. I am dividing the parts with a mind to the assembly as well as the color scheme. So that a color scheme as shown in the render can be a achieved with a duel filament printer. Designed for Thangs & Joel’s 3D Printing Nerd contest - Love the Nerd!

Jimi_Steele_SONIC-BOOM-3D_Speaker_Cover Part 1 0f 5 NEW_.stl

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Print File part 4 of 5. The suggested colors are Green Rings with Gold Hearts.
Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis for cancelation and on the X-Y axis for amplification. (1/20 waveform scale). The design can be scaled, but that will limit the effectiveness of the wave manipulation as the 1/20 waveform scale is relevant to the 160 mm speaker circumference. The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. The outward funnel to boost the reformed coalesced signal. This design should increase bass presence and filter out self-canceling signals. I am also an amateur Sound Studio Engineer and Recording Engineer and these designs have been noodling around with me for a while. The contest inspired me finish them up. Final one combining our artwork and the functionality. I am dividing it up into a 3/4 pc version as well for actually printing. I am dividing the parts with a mind to the assembly as well as the color scheme. So that a color scheme as shown in the render can be achieved with a duel filament printer. Designed for Thangs & Joel’s 3D Printing Nerd contest - Love the Nerd!

Jimi_Steele_SONIC-BOOM-3D_Speaker_Cover Part 4 0f 5_.stl

#3DPNSPEAKERCOVER 
Print File part 4 of 5
Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis for cancelation and on the X-Y axis for amplification. (1/20 waveform scale). The design can be scaled, but that will limit the effectiveness of the wave manipulation as the 1/20 waveform scale is relevant to the 160 mm speaker circumference. The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. The outward funnel to boost the reformed coalesced signal. This design should increase bass presence and filter out self-canceling signals. I am also an amateur Sound Studio Engineer and Recording Engineer and these designs have been noodling around with me for a while. The contest inspired me finish them up. Final one combining our artwork and the functionality. I am dividing it up into a 3/4 pc version as well for actually printing. I am dividing the parts with a mind to the assembly as well as the color scheme. So that a color scheme as shown in the render can be achieved with a duel filament printer. Designed for Thangs & Joel’s 3D Printing Nerd contest - Love the Nerd!

#3DPNSPEAKERCOVER 
Print File part 3 of 5. The suggested colors are Green Rings with Gold Hearts.
Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis for cancelation and on the X-Y axis for amplification. (1/20 waveform scale). The design can be scaled, but that will limit the effectiveness of the wave manipulation as the 1/20 waveform scale is relevant to the 160 mm speaker circumference. The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. The outward funnel to boost the reformed coalesced signal. This design should increase bass presence and filter out self-canceling signals. I am also an amateur Sound Studio Engineer and Recording Engineer and these designs have been noodling around with me for a while. The contest inspired me finish them up. Final one combining our artwork and the functionality. I am dividing it up into a 3/4 pc version as well for actually printing. I am dividing the parts with a mind to the assembly as well as the color scheme. So that a color scheme as shown in the render can be a achieved with a duel filament printer. Designed for Thangs & Joel’s 3D Printing Nerd contest - Love the Nerd!

Jimi_Steele_SONIC-BOOM-3D_Speaker_Cover Part 3 0f 5_.stl

#3DPNSPEAKERCOVER 
Print File part 3 of 5
Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis for cancelation and on the X-Y axis for amplification. (1/20 waveform scale). The design can be scaled, but that will limit the effectiveness of the wave manipulation as the 1/20 waveform scale is relevant to the 160 mm speaker circumference. The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. The outward funnel to boost the reformed coalesced signal. This design should increase bass presence and filter out self-canceling signals. I am also an amateur Sound Studio Engineer and Recording Engineer and these designs have been noodling around with me for a while. The contest inspired me finish them up. Final one combining our artwork and the functionality. I am dividing it up into a 3/4 pc version as well for actually printing. I am dividing the parts with a mind to the assembly as well as the color scheme. So that a color scheme as shown in the render can be a achieved with a duel filament printer. Designed for Thangs & Joel’s 3D Printing Nerd contest - Love the Nerd!

#3DPNSPEAKERCOVER 
Print File part 2 of 5. The suggested colors are Gold Ring and the larger Heart Posts with Gold and Silver Small Hearts.
Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis for cancelation and on the X-Y axis for amplification. (1/20 waveform scale). The design can be scaled, but that will limit the effectiveness of the wave manipulation as the 1/20 waveform scale is relevant to the 160 mm speaker circumference. The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. The outward funnel to boost the reformed coalesced signal. This design should increase bass presence and filter out self-canceling signals. I am also an amateur Sound Studio Engineer and Recording Engineer and these designs have been noodling around with me for a while. The contest inspired me finish them up. Final one combining our artwork and the functionality. I am dividing it up into a 3/4 pc version as well for actually printing. I am dividing the parts with a mind to the assembly as well as the color scheme. So that a color scheme as shown in the render can be a achieved with a duel filament printer. Designed for Thangs & Joel’s 3D Printing Nerd contest - Love the Nerd!

Jimi_Steele_SONIC-BOOM-3D_Speaker_Cover Part 2 0f 5_.stl

#3DPNSPEAKERCOVER 
Print File part 2 of 5
Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis for cancelation and on the X-Y axis for amplification. (1/20 waveform scale). The design can be scaled, but that will limit the effectiveness of the wave manipulation as the 1/20 waveform scale is relevant to the 160 mm speaker circumference. The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. The outward funnel to boost the reformed coalesced signal. This design should increase bass presence and filter out self-canceling signals. I am also an amateur Sound Studio Engineer and Recording Engineer and these designs have been noodling around with me for a while. The contest inspired me finish them up. Final one combining our artwork and the functionality. I am dividing it up into a 3/4 pc version as well for actually printing. I am dividing the parts with a mind to the assembly as well as the color scheme. So that a color scheme as shown in the render can be a achieved with a duel filament printer. Designed for Thangs & Joel’s 3D Printing Nerd contest - Love the Nerd!

#3DPNSPEAKERCOVER 
Print File part 5 of 5. Suggested color Gold. Use this part to joint the post together. You will need 12.
Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis for cancelation and on the X-Y axis for amplification. (1/20 waveform scale). The design can be scaled, but that will limit the effectiveness of the wave manipulation as the 1/20 waveform scale is relevant to the 160 mm speaker circumference. The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. The outward funnel to boost the reformed coalesced signal. This design should increase bass presence and filter out self-canceling signals. I am also an amateur Sound Studio Engineer and Recording Engineer and these designs have been noodling around with me for a while. The contest inspired me finish them up. Final one combining our artwork and the functionality. I am dividing it up into a 3/4 pc version as well for actually printing. I am dividing the parts with a mind to the assembly as well as the color scheme. So that a color scheme as shown in the render can be a achieved with a duel filament printer. Designed for Thangs & Joel’s 3D Printing Nerd contest - Love the Nerd!

Jimi_Steele_SONIC-BOOM-3D_Speaker_Cover Part 5 0f 5_.stl

#3DPNSPEAKERCOVER 
Print File part 5 of 5
Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis for cancelation and on the X-Y axis for amplification. (1/20 waveform scale). The design can be scaled, but that will limit the effectiveness of the wave manipulation as the 1/20 waveform scale is relevant to the 160 mm speaker circumference. The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. The outward funnel to boost the reformed coalesced signal. This design should increase bass presence and filter out self-canceling signals. I am also an amateur Sound Studio Engineer and Recording Engineer and these designs have been noodling around with me for a while. The contest inspired me finish them up. Final one combining our artwork and the functionality. I am dividing it up into a 3/4 pc version as well for actually printing. I am dividing the parts with a mind to the assembly as well as the color scheme. So that a color scheme as shown in the render can be a achieved with a duel filament printer. Designed for Thangs & Joel’s 3D Printing Nerd contest - Love the Nerd!

#3DPNSPEAKERCOVER 
Print File part 1 of 5 The suggested colors are White Rings with Silver Hearts.
Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis for cancelation and on the X-Y axis for amplification. (1/20 waveform scale). The design can be scaled, but that will limit the effectiveness of the wave manipulation as the 1/20 waveform scale is relevant to the 160 mm speaker circumference. The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. The outward funnel to boost the reformed coalesced signal. This design should increase bass presence and filter out self-canceling signals. I am also an amateur Sound Studio Engineer and Recording Engineer and these designs have been noodling around with me for a while. The contest inspired me finish them up. Final one combining our artwork and the functionality. I am dividing it up into a 3/4 pc version as well for actually printing. I am dividing the parts with a mind to the assembly as well as the color scheme. So that a color scheme as shown in the render can be a achieved with a duel filament printer. Designed for Thangs & Joel’s 3D Printing Nerd contest - Love the Nerd!

Jimi_Steele_SONIC-BOOM-3D_Speaker_Cover Part10f5_.stl

#3DPNSPEAKERCOVER 
Print File part 1 of 5  
Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis for cancelation and on the X-Y axis for amplification. (1/20 waveform scale). The design can be scaled, but that will limit the effectiveness of the wave manipulation as the 1/20 waveform scale is relevant to the 160 mm speaker circumference. The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. The outward funnel to boost the reformed coalesced signal. This design should increase bass presence and filter out self-canceling signals. I am also an amateur Sound Studio Engineer and Recording Engineer and these designs have been noodling around with me for a while. The contest inspired me finish them up. Final one combining our artwork and the functionality. I am dividing it up into a 3/4 pc version as well for actually printing. I am dividing the parts with a mind to the assembly as well as the color scheme. So that a color scheme as shown in the render can be a achieved with a duel filament printer. Designed for Thangs & Joel’s 3D Printing Nerd contest - Love the Nerd!

#3DPNSPEAKERCOVER 
Rendering File  - See my page for the 5 part print file! Use this file for reference when putting together. This model is for the size screws in the contest. I suggest if you have the ability to fill the holes into 6 mm or use a washer, and use longer screws or nuts and bolts all the way through the center tower.
Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis for cancelation and on the X-Y axis for amplification. (1/20 waveform scale). The design can be scaled, but that will limit the effectiveness of the wave manipulation as the 1/20 waveform scale is relevant to the 160 mm speaker circumference. (Edit- I redid the formula to scale a larger speaker and realized that since I only used the space for cancelation on the Z and space for a boost on only the X&Y... drum roll... you can scale it on the XY for any size speaker and if you leave the Z the same it should still work!)The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. (mud filter) The outward funnel to boost the reformed coalesced signal. This design should increase bass presence and filter out self-canceling signals. I am also an amateur Sound Studio Engineer and Recording Engineer and these designs have been noodling around with me for a while. The contest inspired me finish them up. Final one combining our artwork and the functionality. I am dividing it up into a 3/4 pc version as well for actually printing. I am dividing the parts with a mind to the assembly as well as the color scheme. So that a color scheme as shown in the render can be a achieved with a duel filament printer. Designed for Thangs & Joel’s 3D Printing Nerd contest - Love the Nerd!


Jimi_Steele_SONIC-BOOM-3D_Speaker_Grille_.stl

#3DPNSPEAKERCOVER 

Jimi Steele Speaker Cover SONIC BOOM -This design is based on the Bose Waveform studies combined with a Fibonacci fractal scaling on the Z-axis. The design can be scaled on the z but that will limit the effectiveness of the wave amplification. The gaps in the design are specifically designed to filter out crossover frequencies between the kick and bass. This design should increase bass presence and filter out self-canceling signals. I am also an Archithetual Sound Studio Engineer and Recording Engineer, these designs have been noodling around with me for a  while. The contest made me finish them. Final one combining our artwork and the functionality. Designed for Joels contest-Love the Nerd!

#3DPNSPEAKERCOVER 

Jimi Steele Speaker Cover - Use these for tweeter covers or for limited space in the car to match the Sonic Boom -Tilted 30  degrees for symmetrical screw placement - designed for Joels contest-Love the Nerd!

Jimi_Steele_Logo_Speaker_Grille_30deg tilt.stl

#3DPNSPEAKERCOVER 

Jimi Steele Speaker Cover Tilted 30 degrees for symmetrical screw placement - designed for Joels contest-Love the Nerd!

#3DPNSPEAKERCOVER 

Jimi Steele Speaker Cover - Use these for tweeter covers or for limited space in the car to match the Sonic Boom -- Jimi Steele Speaker Cover designed for Joels contest-Love the Nerd!

Jimi_Steele_Logo_Speaker_Grille.stl

#3DPNSPEAKERCOVER 

Jimi Steele Speaker Cover designed for Joels contest-Love the Nerd!

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