Q Acoustics 3010i Bookshelf Speakers (Carbon Black)

Description

Q Acoustics 3010i

The Q 3010i is a slim-line bookshelf or stand mount speaker from Q Acoustics core loudspeaker offering, designed to deliver beautiful sound into your home, from a compact cabinet design

Key Features

• Slim-line & versatile design to shelf or stand mount to fit seamlessly into your chosen listening room
• 25% larger cabinet than its predecessor delivering a larger scale sound and deeper bass
• P2P™ bracing – helps keep the enclosure extra quiet through computer aided placement of internal bracing
• Uses a 22mm decoupled High Frequency Driver with wide surround creating a wide even dispersion of stereo image
• Low Profile Terminals – recessed cut-out reduces cabinet noise and allows them to be close proximity to rear walls
• New low profile binding posts have been incorporated with sockets deep enough to accept 4mm (0.16 in) Banana Plugs

OPEN SOUNDSTAGE FROM SLIM-LINE SPEAKER

The focus of any great loudspeaker is to produce an open, ‘being there’ sound and the Q 3010i do just that despite their compact size. Boasting room-filling sound with its 100mm (4 in) and 22mm (0.9 in) precision drivers, focussing on power-to-size ratio, the crossover has been revised to take advantage of a larger cabinet volume to enhance sensitivity and bass extension. The Q 3010i speakers can be shelf-mounted on compliant, pre-fitted rubber feet, stand-mounted or wall-mounted on optional, dedicated stands and brackets.

INCREASED CABINET SIZE DELIVERING A BOLDER SOUND

The 3010i maintain the same acoustically optimal front profile, but have been made slightly taller and 25% deeper than previous models. This increased internal volume has enabled Q Acoustics to gain an extended low frequency response from the ported design so that more-than-ever the smaller enclosures in the range belie their diminutive stature with an impressively large-scale sound. As an added benefit, the enlarged front-to-back dimension means that any cone- generated noise reflected from the back wall of the enclosure and out through the cone itself is reduced.