Modular 3D Printed 4-Bay HDD Hard Disk Drive Stacker & Storage Rack Kit
Take complete control of your data storage organization with this heavy-duty, modular, and scalable hard disk drive stacking kit. Designed specifically to hold up to 4 Hard Disk Drives securely, this complete bundle is perfect for custom compact NAS (Network Attached Storage) builds, home lab server racks, open-air setups, or cleaning up spare mechanical hard drives on your workbench.
Key Features & Advantages:
- Complete 4-Bay Setup: Ready-to-use bundle containing everything you need to vertically stack and lock a 4-drive array.
- Secure Interlocking Design: Includes dedicated locking pieces that firmly tie the stack together, ensuring maximum structural stability and preventing shifting.
- Optimized Airflow & Spacing: Engineered with open-air clearance gaps between stacked drives to maximize thermal dissipation and airflow, keeping your mechanical hard drives running cooler and extending their lifespan.
- Versatile Deployment: Perfect for custom 3D-printed chassis builds, micro-ATX/ITX tower modifications, external desktop staging, or shelf-based server organization.
- Durable 3D Printed Construction: Precision-printed using rigid, high-grade structural polymer to ensure long-term mechanical strength and load-bearing stability.
Kit Contents (Pack of 1):
- 8 x Hard Drive Stacker Brackets
- 4 x Locking Pieces / Connectors
- (Builds a stable 4-drive vertical storage stack)
Specifications:
- Compatibility: Standard 3.5-inch Hard Disk Drives (HDDs)
- Material: High-Strength Structural Polymer (PLA / PETG / ABS options available)
⚠️ IMPORTANT DISCLAIMER:
This listing is strictly for the 3D printed plastic stacking brackets and lockers only (8 stackers + 4 lockers). Hard Disk Drives (HDDs) and Cooling Fans shown in application examples or reference images are NOT INCLUDED with your purchase.
Shipping & Handling:
Every order is freshly 3D printed to precision specs, thoroughly inspected, and securely packed to ensure it arrives ready for your build.
