Summary (Short Description):
A robust DIY bluetooth speaker enclosure designed for dual 1.5-inch full-range drivers (Clip 3 style) and a passive radiator. Features a compact 128x60x60mm design optimized for airflow and portability.
Description:
## 💡 Project Overview This is a custom-designed enclosure for DIY audio enthusiasts who have spare full-range drivers and want to build a high-quality portable speaker. The case is designed with thick walls to prevent vibration and ensure solid acoustic performance.
## 📏 Specifications
- Dimensions: 128mm (L) x 60mm (W) x 60mm (H)
- Material: Optimized for PLA, PLA+, or PETG.
## 🛠️ Bill of Materials (Hardware Needed) To complete this build, you will need to source the following components:
- Drivers: 2x Full-range drivers (~38mm / 1.5 inch diameter, Clip 3 style or similar).
- Passive Radiator: 1x Bass radiator (compatible with the rear slot).
- Battery: Space optimized for 2x 18650 cells (High discharge recommended, e.g., LG HD2C).
- Charging: 1x Type-C charging module.
- Switch: 1x 12mm Push button or Latching switch.
- Assembly: M3 Screws and Glue/Sealant.
## ⚙️ Print Settings
- Nozzle: 0.4mm
- Layer Height: 0.2mm (recommended for strength).
- Infill: 20% - 30% (Gyroid or Grid recommended for acoustics).
- Walls/Perimeters: 3 or 4 walls (Crucial for air-tightness and sound quality).
- Supports: Yes (Required for speaker cutouts and internal overhangs).
## ⚠️ Assembly Notes
- Basic soldering skills are required to connect the battery, BMS, and amplifier board.
- Ensure the enclosure is sealed airtight (except for the passive radiator) to maximize bass response.