Pioneer DJ HRM-5
Studio Headphones
Features:
- Type: Fully-enclosed, dynamic stereo headphones
- Plug: 3.5mm stereo mini-jack (gold-plated, 2-way, screw type)
- Included Accessories: 6.3mm stereo plug adapter (gold-plated, screw type) & Compact carry case
Specifications:
- Weight (without cord): 260g
- Maximum Input Power: 1700 mW
- Output Sound Level: 100 dB
- Frequency Range: 5 - 30,000 Hz
- Impedance: 32
The Pioneer DJ HRM-5 are fully enclosed dynamic stereo headphones and come with high-quality drivers for a high-res sound so you can listen to every aspect of your track. They feature memory foam ear pads and an adjustable fit which enable you to wear these headphones for long studio sessions and DJ mixing.
These studio monitor headphones have been built specifically for all stages of the music production process. Their design ensures an accurate, neutral sound and a comfortable fit even during long recording and mixing sessions.
The HRM-5s deliver pristine sound across the frequencies, while the bass reflex chamber provides an excellent bass response for precise monitoring.
Studio Sound Quality
The 40 mm driver units faithfully reproduce frequencies of up to 30 kHz, so you can hear every detail of your tracks. Plus with a maximum input of 1,700 mW distortion is reduced to a minimum even at high volumes.
Accurate Sound
Bass reflex chambers in the housings improve airflow to deliver an excellent bass response and sound insulation, while a large rare-earth magnet ensures clean low to mid frequencies.
Comfortable Monitoring
The soft leather ear pads with memory foam provide a snug and comfortable fit during long studio sessions. The freely adjustable headband and swivel mechanism let you find the best size and angle to suit your needs.
Compact and Portable
Their foldable design makes these headphones easily transportable and you can use the compact carry case to keep them safe wherever you go.
Detachable Cables
The HRM-5s come with a 1.2 m coiled cable (3 m when extended) and a 3 m straight cable both providing an optimal performance during recording and mixing.