Out of stock
Out of stock
Powerful Neodymium Driver (Ø 45mm): The headphone is equipped with a large neodymium driver, which provides powerful sound output and ensures a rich listening experience. This driver enhances bass response while maintaining clarity across the entire frequency range.
Closed System Design: The closed-back design effectively isolates sound, preventing external noise from interfering with your listening experience. This feature is crucial for DJs who need to focus on their mixes in noisy environments.
Movable Earpiece: The movable earpiece allows for flexible positioning, ensuring a comfortable fit regardless of head shape. This adaptability helps users find the perfect angle for optimal sound delivery.
Padded Ear Cushions: The soft, padded ear cushions provide comfort during long mixing sessions. These cushions also help to seal the ear, enhancing sound isolation and minimizing ear fatigue.
Ergonomic Padded Handle: The ergonomic design of the handle enhances comfort and usability. DJs can easily hold and manipulate the headphones without straining their hands, making it ideal for extended periods of use.
4m Spiral Cable: The generous length of the 4m spiral cable offers flexibility and freedom of movement. This length is particularly beneficial for DJs who may need to move around while mixing.
XLR to Stereo 6.3mm Jack: The headphone connects via a robust XLR to Stereo 6.3mm jack, providing a secure and reliable connection to various audio devices, including mixers and sound systems.
Lightweight Design (152g): Weighing only 152g without the cable, the HPW-1000 is lightweight, making it easy to wear for extended periods without causing discomfort or fatigue.
Dynamic Transducer: The dynamic transducer delivers an impressive frequency response range of 10-22,000 Hz. This broad range allows the headphones to reproduce both deep bass and crisp highs, catering to all music genres.
High Sensitivity (96 dB/mW): With a sensitivity rating of 96 dB/mW, the headphones provide loud and clear sound without requiring excessive power, making them suitable for use with various audio devices.