RUBICON 6 is a floor standing speaker that features two 6½ inch woofers and is able to deliver more physical bass to fill a larger room, thanks to the woofers. The woofers perfectly team up to move a lot more air and reach even lower into the deep bass area. The driver construction of the RUBICON 6 makes it even more powerful than its smaller siblings with an enhanced and controlled performance.
Availability date: 01/01/2016
RUBICON 6 is a floor standing loudspeaker that features two 6½ inch woofers, each sporting its own bass port, gold-plated bi-wiring terminals and our innovative ribbon/soft dome hybrid tweeter module, which also was used in the EPICON series.
The RUBICON 6 is able to deliver more physical bass to fill a larger room, especially thanks to the woofers. The two woofers work together to move much more air, delivering more powerful bass and pumping out audio excellence that fills the room. The driver construction of the RUBICON 6 makes it even more powerful than its smaller siblings with an enhanced and controlled performance.
The RUBICON 6 can be matched with the RUBICON 2 or RUBICON LCR, the RUBICON VOKAL and the SUB M-10 D to create a surround setup.
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.
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.