10" Rack 2U 10x2.5 SSD Hotswap panel for HP Gen8/9

Follow the collection for new rack modules and updates

10-Inch 2U 10x 2.5" Hotswap Drive Panel (HP Gen8/Gen9 Compatible) Most compact rack setups lack proper high-density storage solutions, especially with true hotswap capability. This design brings enterprise-style storage into a 10-inch rack format.

There are 4 different pieces, with and without ventilation, and bigger or smaller mounting holes

Design Highlights

• 10x 2.5" Drive Capacity Supports up to ten 2.5" drives in a single 2U panel, enabling high-density storage in a compact rack footprint. Also the panel is prepared for drives up to 15mm high.

• True Hotswap Design Designed for easy drive access and replacement, allowing quick swaps without disassembling the entire setup.

• HP Gen8 / Gen9 Caddy Compatibility Fully compatible with HP Gen8 and Gen9 drive caddies, making it easy to reuse existing hardware and maintain a professional workflow.

If you dont have the caddys around you can just print these:

https://makerworld.com/es/models/2891986-2-5-hp-gen8-gen9-caddy-ssd-hdd-hot-swap-tray#profileId-3231432

• 2U Rack Form Factor (10-Inch) Fits standard 2U positions in 10-inch racks, ideal for homelab, NAS, and compact server builds.

• 4 mm Reinforced Front Panel Thick front plate ensures rigidity and durability even when fully populated with drives.

• Internal Reinforcement Structure Additional reinforcement prevents bending or flexing under load, especially important in high-density configurations.

• Clean and Functional Layout Designed to maximize drive density while maintaining proper spacing to ensure ventilation, and a clean rack appearance.

Use Cases Perfect for NAS builds, homelab servers, storage arrays, and anyone looking to maximize storage density in a compact rack.

3D Printing Notes Designed for easy printing with no supports required if your printer can handle 5cm bridges, but added supports to the profile for those that can not handle it. Recommended materials: PETG or ABS for better durability under load and temperature.

Boost Me Found this usefull?, consider boosting for free