JTS TM-929 | Cardioid Dynamic Vocal Microphone | 50Hz15kHz with Rugged Metal Body

Dynamic Vocal Microphone The JTS TM-929 is a versatile, entry-level dynamic microphone designed for live vocals and general-purpose sound applications. With a cardioid polar pattern and rugged construction, it offers reliable performance at a budget-friendly price point â?? making it a smart choice for performers, presenters, and small venues. JTS TM-929 Competitive Differences

• Cardioid pattern for focused vocal pickup and reduced feedback
• Die-cast body with internal shock mount for durability and noise isolation

JTS TM-929 Description The JTS TM-929 provides solid audio performance for vocalists and speakers who need dependable sound without a premium price tag. Its cardioid pickup pattern offers focused sound capture directly in front of the mic while minimizing background noise and reducing the risk of feedback â?? making it perfect for live stage use or public speaking. With a frequency response of 50Hz to 15kHz, the TM-929 delivers a clear and natural vocal tone, capturing both low and high-end details. The moving coil dynamic design ensures robust performance even under demanding live conditions. The micâ??s rugged die-cast housing is built to handle the wear and tear of regular use, while the internal shock mount reduces handling noise. It also includes a magnetic reed-type on/off switch that provides quiet, reliable muting during operation. Whether you're equipping a rehearsal room, small venue, or school stage, the TM-929 offers excellent value and reliable sound in a sturdy, easy-to-use package. Model Features

• Cardioid polar pattern for focused sound and reduced feedback
• Wide 50Hzâ??15kHz frequency response for clear vocal reproduction
• Moving coil dynamic design for reliable performance
• Rugged die-cast body with internal shock mount
• Low-noise magnetic reed on/off switch

Model Specifications

• Type: Moving Coil Dynamic
• Polar Pattern: Cardioid (uniform with frequency)
• Frequency Response: 50Hzâ??15,000Hz
• Sensitivity: -75dB (0.18mV) @ 1kHz
• Impedance: 600Ω