Dali Rubicon LCR On Wall Speaker

The wall-mounted RUBICON LCR is simply born to stand out in both sound performance and design with the hybrid tweeter module and the wood fibre low-loss driver. The compact RUBICON LCR delivers a wide dynamic range, a coherent sound with lots of details all together with a bass response that’s unrivalled in its class. The rotatable hybrid tweeter module makes it possible to use the RUBICON LCR as either the left or right channel, or as a centre speaker. The 6½ inch woofer uses the ingeniously designed bass port to reach maximum bass depth. With the RUBICON LCR, we promise you a sound performance that will dazzle you and leave you with goose bumps.

The RUBICON LCR can be combined with other loudspeakers in the RUBICON range, for instance as part of different surround systems.

The different combinations are varied according to the desired size of surround setup. For a larger setup, combine a pair of

RUBICON LCR with a pair of RUBICON 8 or RUBICON 6, a RUBICON VOKAL and a DALI SUB M-10 D. A medium setup is also a possibility, which could include a pair RUBICON 5, a pair of RUBICON LCR, a RUBICON VOKAL and a sub.

SMC MAGNET SYSTEM

With a pole piece constructed entirely from SMC, surrounded by a slitted copper cap, and enclosed within a large ferrite magnet, the effect of the SMC is focused and maximised, and reduces distortion as never heard before.

HYBRID TWEETER MODULE

The hybrid tweeter module is a DALI trademark and for the RUBICON series, it is build in Denmark. The hybrid tweeter module, combines the dome tweeter with the ribbon tweeter for an amazing rendering of the high frequencies.

CABINET CONSTRUCTION

Dividing the mid-range and basse drivers into separated chambers enables us to individually tune every driver to its specific frequency range to maximise the woofer output.

WOOD FIBRE CONES

Using a wood fibre cone gives the in-house build woofer a light, rigid and randomly uneven membrane. Making it easy to move ensures even piston like movements and reduces the possibility of surface resonance greatly.