What happens after checkout
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Step 1
Receive your files
Your digital files are emailed after checkout. Read the guides before starting your build.
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Step 2
Source, print and build
Buy the listed parts, print the files and follow the assembly guide.
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Step 3
Enjoy the result
Sit back and listen to the speakers you built yourself.
THE DIGITAL PLAN
The plans. Your printer. Your build.
Buy the digital design once, then source the components and build at your own pace.
What you get
3D-printable speaker files, build documentation and parts information for this design.
Your digital files are emailed after checkout.
What you supply
A suitable 3D printer, filament, tools and the physical components listed in the project guides.
The plan price does not include physical parts or an assembled speaker.
Project facts at a glance
Specifications from the published project guides. Finished cabinet dimensions differ from the printer volume needed for the individual parts. Keep the full guides handy for measurements, parts quantities and assembly details.
- Drivers
- 1 × Dayton TCP115-8 woofer; 1 × ND25FA-4 tweeter
- Finished dimensions (H × D × W)
- 230 × 186 × 140 mm
- Minimum printer volume
- W 140 × D 230 × H 175 mm
- Nominal impedance
- 8 Ω
- Published frequency response (−3 dB)
- 47 Hz–20 kHz
- Amplification
- 10–80 W stereo amplifier
- PLA filament
- ~1,450 g per speaker
- Assembly time
- 2 afternoons / pair (excl. printing)
- Difficulty
- Easy
- Digital files
- STL print files, assembly guide, parts sourcing guide and spec sheet.
- Parts sourcing
- Buy the listed drivers, crossover components where required, hardware and materials separately. Physical parts are not included.
Explore the project
The speaker you’ll build, its requirements and the original project guides.
Build a speaker that packs a punch. Ideal for your home theatre, hifi setup, or desktop, this project gives you crystal-clear highs and impressive bass, all from a 3D-printed enclosure you create yourself.
Great Sound
Feel every detail with the smooth 25mm soft dome tweeter, while the high-excursion 4-inch woofer brings stunning mids and serious bass.
Compact Size
At 230x186x140mm, the enclosure fits perfectly into any space—ideal for any room.
Endless Customisation
With thousands of 3D printer filaments to choose from, you can match this speaker to any style or space.
Easy to Print and Build
Our detailed guides and STLs make building a breeze, so you can enjoy the process as much as the final product.
Build it your way
Build a speaker using a tested design, choose your finish and source the listed components yourself.
Printable Crossover Board makes positioning components effortless.
Labels and guides help eliminate wiring mistakes.
Filament required per speaker: 1450g
Minimum printer build volume: H175xD230xW140mm
Major changes with Mk2:
1. Prints without slicer-generated supports
2. Eliminates external scarring from built-in support removal
3. Single enclosure section with, subtle seam when it meets the baffle
4. Simplified assembly
5. Reduced print volume requirements
6. Filament requirement per speaker reduced from 1600g to 1450g
7. Maintains the same great sound
8. No change in component requirements
A few things to know
How do I receive the plans?
Your digital files are emailed after checkout. Download the files and read the project guides before starting your build.
Are any physical parts included?
No. This is a digital plan. You source the components, filament and hardware separately, then print and assemble the speaker yourself.
Will this work with my printer and parts?
Check the printer build volume and component list for this specific project. Requirements vary between designs, so confirm that your printer fits the parts and that you can source the listed components before buying.