Lectrosonics LTNBD-BLK Replacement Locking Battery Door Kit (Matte Black)

Reliable Battery Compartment Replacement for Multiple Lectrosonics Units

The Lectrosonics LTNBD-BLK is a precision-engineered replacement locking battery door designed for use with a wide range of Lectrosonics devices including the LT, M2R, DBu, DCHT, and DCHR units. Whether you’ve damaged your existing battery door or require a spare for production redundancy, this matte black component ensures that your transmitter or receiver stays securely closed and functioning in high-demand environments.

Engineered for Long-Term Durability and Daily Use

Built from rugged materials with Lectrosonics’ high standards in mind, this battery door kit holds up to frequent use in live event production, field recording, broadcast, or ENG setups. The locking mechanism is specifically designed to prevent accidental openings during active sessions, which is critical when every second of signal matters.

Compatible with Multiple Wireless Systems for Versatility

This battery door kit is compatible across several key Lectrosonics systems—supporting users who operate multiple units such as LT belt-pack transmitters, M2R in-ear monitors, DBu digital transmitters, and both DCHT and DCHR models. Its universal compatibility simplifies equipment maintenance and reduces the need to source individual parts for each model.

Seamless Matte Black Finish for a Professional Look

A matte black finish not only adds aesthetic consistency to your rig but also reduces glare—particularly beneficial in film, theater, or broadcast environments where equipment visibility should be minimized. This subtle but thoughtful design keeps gear looking clean and coordinated, whether mounted to talent or camera rigs.

Quick and Secure Installation for On-Site Fixes

The LTNBD-BLK kit includes the replacement battery door and locking hardware, making it easy to install with just a few tools. Whether you're working in the studio or on location, it allows you to perform fast swaps and maintain operational uptime with minimal interruption.