RevX Ten Driver

The RevX ten driver is a beast of a monitor. With 4 low-end drivers, 4 mid drivers, a tweeter, and a super tweeter, the RevX is not overly bassy or bright as might be expected. The massive amounts of headroom mean that when the music has thunderous lows… you get thunderous lows.

With deeply extended and round lows, detailed mids, and articulate highs, the RevX ten driver is one of our most versatile monitors. It handles most stage tasks with ease. Be inspired by the energy of the RevX. It encourages great performances and draws out inspiration.

The RevX ten driver is also great for those who love listening to music of all types. It brings out details in music that were previously missed. The beater thwack of a kick, the twang of a spring reverb, the subtle harmonics of a bow.

For alternatives to the RevX, if you need low end headroom with less of a hit to the wallet, the Spire six driver or CMVK five driver will do the trick. For more balance in the studio, the Studio4 quad driver is the way to go.

TYPICAL USERS

The RevX is a masterclass in versatility. Bass players, drummers and DJs love that they can throw any amount of low end at it and the RevX responds "give me more." Keyboardists and guitar players find the rich detail makes their tone come alive. The upper-mids and highs excite vocalists looking for their vocals to jump out of the mix. Music listeners? Detail and clarity with space and depth accompany the low end thats just waiting for you to press play on that latest club banger.

Alclair ten driver in-ear monitor EQ chart - the ultimate in ear monitor

The chart above is an approximation of how this model will sound to the average listener.

IDEAL FOR…

VOCAL

BASS

HI-FI

GUITAR

DRUMS

PODCASTING

KEYS

FOH & STUDIO

VIDEO EDITING

MONITORS COME WITH

SPECIFICATIONS

Ten Balanced Armature Drivers
- Four Low End
- Four Mid Range
- 1 Tweeter
- 1 Super Tweeter
Four Way Crossover
104 dB sensitivity at 1 kHz (100mV)
111 dB sensitivity at Peak (100mV)
Four Bores
-26 dB noise reduction
32Ω impedance at 1 kHz