Description
Yamaha HPH-MT7 Studio Monitor Headphones
HPH-MT7 headphones are designed to deliver flat, high-resolution sound with precise stereo imaging at any sound pressure level, and to faithfully reproduce every nuance of the source signal with the highest level of accuracy possible. Yamaha has applied decades of accrued knowledge and expertise in professional and high-end audio equipment manufacturing to the design of each and every acoustic component in these headphones.
- 40 mm custom drivers with CCAW voice coils deliver a broad frequency range and accurate response
- Closed-back, circumaural design for excellent isolation
- Smooth synthetic leather and large low-resistance cushions ensure stress-free wearability and high levels of isolation
- Three-dimensional arm pivot construction and adjustable slider length alleviate fatigue when working for extended periods
- Moveable earcups allow single-ear monitoring
- Thick ABS housing and rigid die-cast aluminum support-arms for use in the toughest working environments
- Straight 3 m cable suitable for use in a wide variety of applications *6.3 mm diameter standard stereo plug adaptor included
- Convenient carrying bag included
Drivers.
MT7 headphones feature custom drivers equipped with CCAW voice coils and powerful neodymium magnets to achieve precise definition and control. Made from aluminum wire coated in highly conductive copper, these lightweight yet powerful drivers provide a broad frequency response of 15 Hz-25 kHz, and deliver flat, ultra high-resolution sound that meets the demands of modern professional monitoring.
Other acoustic components
From the arms to the earcups, all acoustic components in MT7 headphones have been designed to deliver the most accurate sound possible by completely eliminating extraneous resonance.
Superb Isolation & Premium Comfort
For professional audio engineers who perform critical listening and studio recording, it is important that their headphones fit in a way that prevents fatigue during extended listening sessions, and isolation that allows concentration while working. HPH-MT7 headphones provide superb comfort and isolation, and are specifically designed to meet the high standards of professional users.
Design
MT7 headphones feature a sleek, stylish design with a closed-back, circumaural configuration that provides a comfortable fit and excellent isolation.
Built for professional use, HPH-MT7 headphones feature a sleek, simple construction with the durability to withstand the rigors of road travel. Whether you’re recording or mixing in the studio, doing live sound for an outdoor gig, or even checking tracks on the move, the MT7 headphones are a flexible monitoring solution for the professional user.
Each component in the MT7 headphones has been developed with durability in mind. The solid ABS housing, die-cast aluminum support-arms, and sweat-resistant headband ensure that these headphones are able to endure extended use in any working environment.
MT7 headphones have been designed to make users aware of the cable without being hindered by it, while providing enough length for monitoring applications where mobility is a consideration. For added versatility, the straight, lightweight 3 meter cable comes equipped with a corrosion-resistant gold-plated stereo mini-plug and a gold-plated 6.3 mm stereo adaptor, allowing MT7 headphones to be used with both professional audio gear and portable audio players.
Ear pads
MT7 headphones are equipped with large ear pads for an extremely comfortable fit. Smooth synthetic leather and low-resistance cushions that absorb excess vibrations provide stress-free wearability and high levels of isolation—ideal for studio recording and live mix monitoring situations in particular, where sound leakage is a concern.
Wearability
A three-dimensional arm pivot construction and highly adjustable slider length allows the angle of the ear pads to fit the shape of the wearer’s head perfectly, helping to alleviate fatigue when working for extended periods. MT7 headphones also feature moveable earcups, allowing single-ear monitoring when required.
