Q Acoustics 3020c Bookshelf Speaker Pair

Q Acoustics 3020c Bookshelf Speaker Pair

If you want comfortably sized and powerful sound but would like to avoid the dimensions of a floor-standing speaker, then the Q Acoustics 3020c is the right choice. The affordable and high-performing 3000c speaker series builds upon the magnificent legacy of the 3000i – Q Acoustics' most popular and most awarded speaker series of all time. This latest series continues Q Acoustics' unwavering success in delivering best-in-class audio performance, refined design, and quality construction.

The new 3000c speaker series features the C3 Continuous Curved Cone™ mid/bass driver design, first introduced in the award-winning 5000 Series and M40 Micro-Tower speakers. Q Acoustics' latest technical platform elevates the 3000c speaker to a higher class, offering sound defined by a clear and fast mid-range, controlled yet powerful bass dynamics, and nuanced and detailed high frequencies.

Notable features

P2P™ (Point to Point) bracing - cabinet resonances are minimized with intelligent internal bracing.

Hermetically sealed and mechanically isolated tweeter - tweeter performance remains pure, isolated from bass driver vibrations and pressure.

The revolutionary C3 cone is at the heart of the 3000c mid-range/bass driver design. The cone geometry requires exceptional motor force for optimal performance, so the voice coil is driven by remarkably robust magnets. The control produced by the large magnets ensures excellent dynamic response, capacity, and tight bass. The uniformly distributed magnetic field across different cone positions reduces harmonic distortion.

Following the design principle of the tweeter used in the latest Concept series, the driver is hermetically sealed and mechanically isolated (floating) from the front baffle to prevent internal pressure variations within the enclosure from the adjacent mid-range/bass driver. The inner chamber is also carefully vented for lower distortion, and its lower crossover frequency allows for seamless integration around the crossover region.