Urchin Lav Windshield, Black (Pair)

Professional Miniature Microphone Wind Protection

The Urchin lavalier windshield system provides effective wind noise reduction for miniature microphones in field recording and broadcast applications. Each black lavalier windshield pair features synthetic fur construction with a compact 35mm end-to-end profile suitable for discrete microphone placement scenarios.

Construction and Design

The windshield employs synthetic black fur material engineered for acoustic transparency while maintaining wind noise attenuation characteristics. The 35mm diameter provides comprehensive coverage without excessive bulk that could compromise discrete placement or visual aesthetics in broadcast situations.

A distinctive blue safety strap system secures the microphone capsule within the windshield assembly. This retention mechanism prevents microphone displacement during talent movement or environmental conditions while maintaining consistent acoustic performance throughout recording sessions.

Microphone Compatibility Range

These windshields accommodate miniature lavalier microphones with capsule diameters between 2-4mm. Compatible models include the Countryman B6, DPA 6060, Deity W.Lav Pro, Sanken COS-11, Sennheiser MKE 1, and Voice Technologies VT401/403 series. The internal diameter provides secure fit across this range without requiring adapter components.

Professional Broadcast Applications

The windshield system serves multiple broadcast and production environments. In electronic news gathering situations, the windshields reduce wind interference during outdoor interviews while maintaining the discrete profile required for professional presentation. The black coloration provides visual compatibility with dark clothing and equipment configurations.

For scripted dialogue recording, the windshields enable consistent audio capture during movement sequences or outdoor scenes where wind conditions vary. The low-profile design minimizes visual impact in close-up shots while providing reliable protection against environmental noise contamination.

Concealment and Clothing Integration

When deploying lavalier microphones beneath clothing, these windshields serve a dual function by reducing fabric rustling noise in addition to wind protection. The synthetic fur material creates a buffer zone between the microphone capsule and textile surfaces, minimizing contact noise during talent movement.

The 35mm profile fits within standard concealment techniques without creating noticeable bulk under typical broadcast wardrobe configurations. The retention strap ensures the microphone remains properly positioned within the windshield even during extended recording periods or active movement sequences.

Installation and Positioning

Installation involves threading the microphone through the blue safety strap before inserting the capsule into the fur assembly. This two-stage securing method provides redundant retention while allowing quick microphone removal when required. The strap system accommodates various microphone cable configurations without restricting positioning options.

For external placement applications, the windshields attach to standard lavalier clips while maintaining the microphone’s directional characteristics. The synthetic fur maintains acoustic transparency across the frequency range typical for speech recording applications.

Maintenance and Longevity

The synthetic fur construction provides durability advantages over natural alternatives, including resistance to moisture absorption and reduced deterioration from repeated use. Regular cleaning involves gentle brushing to maintain fur alignment and acoustic properties.

Storage between uses should protect the fur from compression that could affect wind protection effectiveness. The compact profile allows efficient storage in standard field recording cases alongside other microphone accessories.

Professional Workflow Integration

These windshields integrate into established broadcast workflows without requiring technique modifications. Sound technicians can deploy them quickly during setup without affecting microphone positioning or talent preparation schedules. The pair configuration provides backup availability or simultaneous dual-microphone setups common in interview situations.