Hollyland HL-CM03 Silicone Necklace Case / Clip Magnet / 750mm

Description

The HL-CM03 accessory provides a wearable silicone necklace case and magnetic clip option designed to secure a compact wireless transmitter. It keeps the transmitter close to the body while allowing flexible placement on clothing. The design emphasizes low profile carry and stable retention.

Key features include a soft silicone case that cushions the transmitter and a magnetic clip system that minimizes hardware contact. The magnetic attraction is engineered to provide a reliable hold while enabling quick attachment and removal. The necklace cord combines silicone and nylon for a balance of comfort and durability.

Technical details include a necklace length of 750mm and a verified vertical strain force of at least 2.5N for the magnetic clip. The materials used are specified as silicone plus nylon rope for the cord and a silicone housing for the case. Physical dimensions measure 120x70x20mm and the unit weight is 0.020KG.

Compatibility is focused on the LARK M2 transmitter series, ensuring mechanical fit and magnetic attachment behavior are matched to that platform. The clip magnet provides magnetic coupling that works through fabric layers to keep the transmitter stable. The necklace functions effectively when routed outside or inside outer layers of clothing depending on user preference.

Typical use cases include ENG and run-and-gun interviews where quick mic/transmitter access is required, corporate presentations where unobtrusive attachment matters, and field production when fast attachment and removal reduce setup time. The design supports wearing over thicker garments by relying on magnetic attraction rather than clamp pressure. This makes it practical for on-location shoots in variable weather conditions.

Installation and daily handling are straightforward – thread the cord, seat the transmitter in the silicone case, and secure with the magnetic clip as needed. The silicone surfaces resist abrasion and provide a non-slip contact against fabric to reduce movement. The construction targets repeated field use while remaining lightweight and unobtrusive.