
Hosa RMT-152 12U Tilt-Adjust Studio Rack
Organize Your Studio with Ease The Hosa RMT-152 is a 12U tilt-adjustable studio rack designed to keep your equipment securely in place and easily accessible. Ideal for preamps, outboard gear, and audio interfaces, this rolling 19-inch rack provides a practical solution for studio organization. S...
*Price sourced from Amazon.com. Last updated:Jun 27, 2026.Price and availability are subject to change.
Notice a mistake? Let Us Know
Overview
Organize Your Studio with Ease
The Hosa RMT-152 is a 12U tilt-adjustable studio rack designed to keep your equipment securely in place and easily accessible. Ideal for preamps, outboard gear, and audio interfaces, this rolling 19-inch rack provides a practical solution for studio organization.
Specifications:
- Type: 12U Tilt-Adjust Studio Rack
- Design: Rolling, 19-inch Rack
- Ideal For: Preamps, Outboard Gear, Audio Interfaces
- Product Dimensions: 31.8 x 22.2 x 4.3 inches
- Item Weight: 12.63 pounds
Key Features
12U Tilt-adjust Studio Rack
Specifications
Pros & Cons
👍 Pros
- Offers a 12U capacity, providing ample space for a wide range of audio or video rackmount equipment.
- Equipped with durable casters, ensuring easy mobility and convenient transport between different locations.
- Constructed with a robust build, promising reliable performance and enhanced protection for sensitive gear.
- Designed as a portable rack solution, suitable for both studio and live sound environments.
- Provides a secure and protective enclosure, safeguarding rackmount equipment during use and transport.
👎 Cons
- The description doesn't specify if the 12U rack is fully enclosed or open, which impacts protection from dust or spills.
- While portable, the overall weight of the rack itself, plus equipment, might still be substantial for frequent one-person transport.
- Details regarding the tilt-adjust feature, such as angle range or locking mechanisms, are not provided.
- The rolling casters are convenient for mobility but may not be ideal for permanent installations where stationary stability is prioritized.