The Deity W.Lav Pro 3.5 mm TRS is a professional-grade lavalier microphone crafted for demanding film and video production environments. With its ultra-compact capsule measuring just 4 × 17 mm and a rugged weather-resistant IP57-rated build, this microphone delivers clear, natural speech reproduction even in challenging outdoor conditions. The integrated 5.9′ (≈ 1.8 m) cable terminates in a locking 3.5 mm TRS connector, offering secure connection to wireless transmitters and belt-pack systems.

Despite its miniature form, the W.Lav Pro doesn’t compromise on audio performance. An omnidirectional polar pattern ensures consistent pickup from various angles, while its wide frequency response (20 Hz–20 kHz) and high maximum SPL capability make it ideal for both quiet dialogue and louder performance settings. Enhanced shielding in the cable makes it particularly well-suited for modern digital wireless systems, helping to reduce unwanted RF noise and interference.

Built with real-world workflows in mind, this lavalier is compatible with a wide range of production accessories and mounting solutions. The low-profile design enables discreet on-camera or hidden-wardrobe use, while the supplied mic clip, adhesive mounting rounds, cord organizer and protective case provide flexibility for both field and studio use. Whether you’re capturing an interview in a busy exterior environment or syncing dialogue in a controlled indoor setup, the W.Lav Pro is engineered to deliver reliable, broadcast-quality audio.

Key Features

• Miniature 4 × 17 mm capsule for discreet integration into wardrobe or hidden-mic setups.
• Industry-leading IP57 waterproof rating ensures professional performance in wet or demanding outdoor environments.
• 5.9′ (≈ 1.8 m) attached cable with locking 3.5 mm TRS connector provides secure, reliable connection to wireless transmitters or belt-packs.
• Omnidirectional pattern and broad 20 Hz–20 kHz frequency response deliver natural, intelligible speech reproduction for broadcast and production use.
• Extra-shielded cable construction and locking connector design help reduce RF interference, making it well-suited for modern digital wireless systems.