Viviana 4x15" Wireless Transmitter Ankle Strap, Beige

From the renowned brand Viviana, comes the 4x15" Wireless Transmitter Ankle Strap in a stylish beige color. This durable and practical accessory is designed to provide a reliable and comfortable solution for talents to wear your transmitter (TX). Crafted from a slim, breathable, and soft Italian fabric, this strap ensures maximum comfort and longevity.

Available in both black and beige, the Viviana Straps are designed with a self-securing closure. This ultra-low-profile feature provides an exceptional grip and an invisible overlap, ensuring the strap stays securely in place. The double cable pouch is a practical addition, allowing for quick and easy storage of cables, saving you valuable time on set.

The universal TX pouch size accommodates all the main transmitters present in the market. The pouch's gauze fabric is in direct contact with the skin, preventing sweat humidity from reaching the transmitter. The hypoallergenic double polyurethane thigh grip runs through the entire strap, providing an unparalleled grip on the skin.

The Viviana Straps are also customizable, offering the option to print your logo on the straps. This feature is particularly useful on large productions with multiple sound recordists, ensuring your straps are easily identifiable. The strap also includes a label and a cut on the top of the backside, aiding in easy rolling and creating grip between the fabric when overlapped, preventing the "tongue effect" that can cause the fabric to lose grip and slip down.

Each purchase includes a strip to secure the transmitter pocket. This product is proudly made in Italy, combining excellent technical features with a keen attention to comfort. The universal pouch size is compatible with a wide range of transmitters, including models from Wisycom, Lectrosonics, Sennheiser, Zaxcom, Audio Ltd., Shure, Tascam, and Micron.

Choose the 4x15" Wireless Transmitter Ankle Strap from Viviana for a stylish, comfortable, and practical solution for your wireless transmission needs.