The R 1 Series delivers a speedy response with great details and dynamics. The design makes handling of percussion and bass notes easy in a clean and natural way. These 2-way, rear-ported stand mounters, use a non-parallel tear drop design to minimize internal standing waves. Using many concepts derived from their bigger siblings, SR 6 & R 3. The R 1 Series delivers a precise soundstage with nerve and punch belying their actual size. These small wonders will leave the listener wanting for more.
THE R-SERIES ARRETÉ AMT TWEETER
The best we have ever made. Now sporting an Integrator Acoustic Lens, which improves dispersion, impulse response and integration with the midrange driver. In combination with our SEC treble concept, It assists to deliver a wider, deeper, higher and more natural soundstage loaded with details.
AUDIOVECTOR CARBON DRIVERS
By using a new high-tech membrane consisting of cross woven carbon fibers sandwiched with artificial wood resin, the new membranes are the foundation of more dynamic, more detailed sound from the new R-series titanium voice coil drive units.
SEC SOUNDSTAGE ENHANCEMENT CONCEPT
A technology, which makes it possible to improve dispersion, lower compression and create a huge soundstage in all three dimensions. This technology was developed by Audiovector to create a more natural and articulate performance.
CARBON FIBER TERMINAL PLATE
On the Arreté models, the binding posts are mounted on a carbon fiber terminal plate, because carbon fiber eliminates interaction with the crossover components mounted behind it for direct connection. The result is a clearer sound.
SPECIFICATIONS
FREEDOM GROUNDING® CONCEPT Yes. Cable sold separately for $750.
FREQUENCY RANGE -6DB 38-53 kHz
SENSITIVITY (8 OHM) 87 dB
NOMINAL IMPEDANCE 8 Ω
POWER HANDLING 200
X-OVER FREQUENCIES 2900
PRINCIPLE 2-way
BASS SYSTEM Bass reflex
BASS/MID DRIVERS 6.5" Carbon
TREBLE DRIVER R AMT Arreté
HEIGHT / WIDTH / DEPTH ( CM ) 37 x 19,6 x 29
NCS FREEZE TECHNOLOGY Yes
NO ENERGY STORAGE NES Yes
INTENAL SHOCK ABSORBERS Yes
NON PARALLEL SURFACES Yes
