Ultrasone Performance PERF880 Professional Headphones
Sound specialists Ultrasone have combined highest-quality sound, unique technology and state-of-the-art design in these newly developed headphones.
With regard to professional sound, high-quality design elements and high-end technology, Ultrasone has cut no corners when making this product. Ultrasone’s patented S-Logic Plus technology and ULE shielding system are part of the basic configuration of this series.
The material combination of soft-touch lacquer and glossy accents gives the Performance earcups a casual elegance and is immediate proof of the precise workmanship. The Performance 840 impresses with agile bass and comes with a completely black earcup composition. With its gold-plated sound transducer, the Performance 860 offers impressive linearity and appears in a clear combination of black and iced-silver. The third member of the family, the Performance 880 with its titanium-coated sound transducer, captivates all the senses entirely with its tonal range and clarity of sound. The earcups on these headphones come in an elegant colour combination of black and gunmetal.
The comfort aspect was a priority when the spacious inner cups of the Performance series were being constructed. After all, professionals and music enthusiasts alike don't want to be irritated by the fit of the headphones, but want to forget that they are there altogether. The high-quality protein-leather ear pads contain memory-foam and will adjust themselves to fit your head shape snugly. This means they are comfortable and offer best possible insulation against external noise. A perfectly fitting, comfortable headband completes the excellent wear characteristics. During the development phase of the Performance series, the metal headband was designed to snugly fit each and every individual head shape.
Whether for small or large ears, Ultrasone never fails to deliver when it comes to wear-comfort.
- S-Logic PLUS technology
- Natural Surround Sound
- ULE technology
- MU metal shielding
- Reduced radiation according to ULE specifications