Radio Pouch AN/PRC152 MBITR GRIDLOK
The AN/PRC-152 MBITR Radio Pouch is a next-generation, mission-focused communication carrier designed specifically for the Harris Falcon III AN/PRC-152 platform. Built around a drop-down / tilt-out configuration, this pouch allows rapid radio access while maintaining secure retention in dynamic operational environments.
Constructed entirely from precision 100% laser-cut materials, the pouch integrates seamlessly with modern load systems using GRIDLOK attachment technology, offering full MOLLE compatibility and stable platform integration.
A dual-retention system combines a primary elastic bungee closure with a secondary 2" elastic stabilization band to secure the radio under movement, impact, and field stress. A reinforced 1" buckle closure provides an additional locking mechanism, ensuring the radio remains fully protected while allowing controlled access when required.
The tilt-out design improves usability by enabling fast interface access, battery changes, and cable management without full removal of the radio from the carrier. Integrated antenna management loops further reduce snag hazards and improve cable routing efficiency.
Laser-cut configuration windows, port access points, and drainage holes enhance functionality across environments, ensuring the pouch performs reliably in wet, dusty, or high-tempo conditions.
Key Features
- 100% precision laser-cut construction for durability and reduced weight
- Drop-down / tilt-out design for rapid radio access
- GRIDLOK attachment system (fully MOLLE compatible)
- Designed for AN/PRC-152 MBITR (Harris Falcon III) radios
- Dual elastic retention system with 2" stabilization band
- 1" reinforced buckle closure for added security
- Integrated antenna management loops for clean routing
- Laser-cut access windows for ports and configuration flexibility
- Built-in drainage holes for field performance
- Vertical mounting capability
- Berry Compliant and Made in the USA
Dimensions
- 9” H x 3.25” W x 2” D
Materials & Construction
- High-strength laser-cut laminate platform
- Reinforced elastic retention system for secure load stabilization
- Fray-resistant, low-profile structural design
- Field-grade materials engineered for operational environments
