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Yamaha HS7 95 Watt Professional Powered Studio Monitor Speaker (Black, 2-Pack)

Yamaha HS7 95 Watt Professional Powered Studio Monitor Speaker (Black, 2-Pack)

£523
1/100 deal score

Above market: £523 is 75% above the £298 median of 61 used Yamaha HS7 listings seen in the last 90 days (typical range £248–£337).

MintReverb16d ago

Sold by

F

Focus Pro Audio

View on Reverb

Details

First Seen
24 October 2026
Last Seen
9 November 2026
Times Seen
25

About this listing

Yamaha HS7 95 Watt Professional Powered Studio Monitor Speaker (Black, 2-Pack) is a used item in mint condition, listed on Reverb. The asking price is £523. It is offered by Focus Pro Audio through Reverb. It is in our Studio Monitors category. 61 similar listings have a median asking price of £298. Used Gear Hunter first saw this listing on 24 October 2026 and last saw it on 9 November 2026. It has been seen 25 times in our scans. Prices are converted from the seller's currency when we scan the listing, so the amount you pay may differ slightly. The seller sets shipping, and import duty or VAT may apply, so check the final cost and the item's details on Reverb before buying.

From the seller

The Yamaha HS7 is a 2-way bass-reflex bi-amplified near-field powered studio monitor with stunning accuracy and exceptionally flat response. The HS Series features newly developed transducers that achieve astonishingly smooth responses over a wide range of bandwidth. These transducers utilize an advanced magnetic field design that regulates the flow of magnetic response to provide seamless, natural sonic transitions. Each component's materials and design were carefully re-examined, then optimized, to drastically improve the accuracy of signal reproduction throughout the audio spectrum. HS Series speakers employ an amplifier unit perfectly matched to the transducers utilized in each model of the series. HS Series full-range models feature two response controls with detailed settings that allow them to adapt to the surface acoustics of rooms of varying shapes and sizes. Room control allows you to attenuate the unnatural, exaggerated low-end that can often occur when speakers are placed next to walls, while high trim allows for more flexible control of the high-frequency response. Tweeter The HS Series features a newly designed, highly efficient 1-inch dome tweeter that extends the usable frequency range considerably and delivers superb high-resolution sound. Utilizing a thick wave guide designed to minimize vibration the new tweeter is able to deliver smooth, distortion-free high end up to 30 kHz. Woofer With newly designed, ultra-responsive woofers that utilize large, carefully selected magnets, HS Series monitors produce low distortion sound with a well-defined bottom end at any output level. All of the components in these high-power woofers, including the woofer ring and the basket, further contribute to the HS Series' stunning bass while providing clear, accurate mids. High-Performance Amp Unit Featuring a bi-amp design with a separate dedicated amp for both the woofer and the tweeter, this amplifier unit ensures that each HS Series speaker consistently delivers high-resolution sound with exceptionally flat responses across the sound spectrum. Low Resonance Enclosure Design HS Series cabinets are designed to eliminate unwanted resonance and increase the accuracy of sound reproduction to their extreme limit. The enclosures are constructed from a very dense and resilient MDF with a damped acoustic response that is perfectly suited for reference monitors. Drawing from Yamaha's over 100 years of piano design experience, HS Series engineers also employed a traditional three-way mitered-joint technique. Noise Reduction Speaker port design can greatly influence the clarity of overall sound. Often a vortex at either end of the port can generate air vibrations inside of the port, causing unwanted noise. By adopting an advanced noise reduction technology that incorporates a thorough analysis of a visual representation of the sound, Yamaha's engineers are able to control and reduce the vortex.