The Sony MDR-V700DJ studio monitor and DJ headphones feature swivel ear cups for DJ and remix applications. The ear cups are reversible for added flexibility, and the swivel mechanism has auto return. The supra-aural design brings excellent listening comfort, 50 mm diameter driver ensures high fidelity sound. It has a wide molded headband for long lasting comfort and is folding for adjustments.

Sony's MDRV700DJ series DJ headphones feature convenient, reversible swivel earcups for DJ and remix applications (great for single-sided monitoring) and an auto-return swivel mechanism that snaps the earcups back to standard listening positions. Silver finished for a sleek, professional look, the set's folding design allows for easy storage and portability.

These headphones use high-end materials and advanced engineering for critically clean, exceptionally clear sound aimed at professional and high-fidelity applications. The MDRV700DJ offers 3,000 mW power handling for the most stringent professional applications and daily use at very high output levels. Their Neodymium magnets pack more magnetic energy per ounce than conventional Ferrite, Samarium Cobalt, or Aluminum magnets for high sensitivity and output (107 dB/mW).

The headphones supra-aural design ensures excellent listening comfort, resting lightly on the ears, and creates a controlled environment for better sound. A wide, molded headband distributes the headphone's weight over your whole head; reduced pressure means comfortable listening for hours on end. The MDRV700DJ even has a serrated area on the plug that acts as a "hanger"--plugged into a rack of equipment, the headphones can hang on the plug when not in use.

Large, 50 mm drivers deliver deep bass down to an impressive subsonic 5 Hz and provide outstanding dynamic range, bolstered by Sony's use of a neodymium magnet for maximal energy from minimal size. A detachable, single-sided cord lets you listen at a distance of 10 feet from your source, while its oxygen-free-copper design delivers maximal conductivity with minimal noise.