Grado SR225x Prestige Headphones
A Unique Voice
The SR225x and SR125x have had a sibling rivalry for decades. Being the mature one, the SR225x utilizes the new F cushion to open up the sound to more textured tones. The driver works in unison to produce a unique voicing and be just as fast as the SR125x. Just don’t tell their kid brother.
Signature Sound
The clarity and range of Grado headphones can reveal new notes and details in songs heard hundreds of times. The driver and housing working in tandem react to sound vibrations and virtually eliminate transient distortions. With warm harmonic colors, smooth top-end, excellent dynamics, and a world renowned mid-range, the SR225x produces a sound that’s pure Grado.
X Series Driver
4th Generation Grado drivers are here. Specifically tuned for the SR225x, this new speaker design features a more powerful magnetic circuit, a voice coil with decreased effective mass, and a reconfigured diaphragm. Reengineering these components for our 44mm drivers improve efficiency, reduces distortion, and preserves the harmonic integrity of your music.
New Cables & Headband
Along with the speakers, the cables and headband have been redesigned for the SR225x. Now housed in a more durable exterior, the 8-conductor cable transfers more information and features a super annealed copper wire for improved purity of the audio signal. The new headband features more cushion for a comfier experience.
Hand-Built in Brooklyn
Each SR225x is hand-built by our team in Brooklyn. This headphone goes from workbench to workbench until it’s ready for your ears. We started building on a kitchen table in 1953, and every experience since then has led to the creation of the SR225x.
"... What these 'phones do surpassingly well is present each track in its own volume of air so that the character of the voice or instrument is timbrally distinct in the mix. I can almost picture the engineer pushing the fader up to isolate the part I'm focused on. I understand that one part of the Grado magic is building a rigid structure around the dynamic driver to damp resonances "
- Listener Magazine, Lang Phipps
