Wharfedale has spent more than nine decades chasing a single ideal: natural, uncolored sound reproduction achieved through disciplined engineering rather than gimmickry. Founded in Yorkshire in 1932, the brand built its reputation on cabinet science and driver design, and the modern Elysian range represents the current flagship expression of that philosophy. The Elysian CR is the dedicated center channel built to match the Elysian towers and stand mounts, and it exists to solve one of the hardest problems in home theater: reproducing dialogue and steered effects with the same tonal integrity as the flanking speakers, but in a horizontal cabinet that must sit above or below a screen.
This deep dive walks through every meaningful design decision in the Elysian CR and explains why each choice was made and what it does for the sound. If you already understand the compromises inherent to center channels, you will find the CR an unusually thorough attempt to sidestep them.
Driver Array and Acoustic Topology
Why is the Elysian CR a true 3-way design instead of the usual center channel layout?
The Elysian CR is a genuine 3-way center channel, meaning it divides the audio band across three dedicated driver types rather than the compromised two way layout common to horizontal centers. Most center speakers use a symmetrical woofer-tweeter-woofer arrangement in which two identical mid-woofers flank the tweeter and both cover midrange and bass simultaneously. That configuration creates lobing: because two spaced drivers reproduce the same vocal frequencies, their outputs combine differently as you move off axis horizontally, which is exactly the direction listeners are seated in a wide room. The result is dialogue that thins or hollows for anyone not sitting dead center.
The CR avoids this by assigning a single 6 inch (150mm) midrange driver to carry the critical vocal band alone, with crossover points set at 360Hz and 2.9kHz. Because one driver handles the entire midrange, there is no interference between spaced sources through the frequencies where dialogue lives, so intelligibility and tonal balance hold up across a much wider seating arc.
What do the dual 8.5 inch woofers actually do here?
The two 8.5 inch (220mm) coated glass fibre matrix cones handle only low frequencies, crossing over to the midrange at 360Hz. By restricting them to the region below 360Hz, Wharfedale keeps them out of the vocal range entirely, which is what makes the anti-lobing strategy work. Bass frequencies at these wavelengths are long enough to be essentially omnidirectional, so having two spaced woofers does not create the off axis interference that plagues wideband horizontal drivers.
Using a pair of large woofers also serves displacement. Two 8.5 inch cones move a substantial volume of air, which is why the CR reaches down to 35Hz within plus or minus 3dB and extends to a genuine 27Hz at the minus 6dB point. That is deep for a center channel and means the speaker can carry the lower registers of male voices, cello, and orchestral weight without leaning on the subwoofer for content that belongs in the main channel.
What is the glass fibre matrix cone and why coat it?
The coated glass fibre matrix cone is a woven glass fiber diaphragm treated with a damping coating, chosen for its combination of stiffness and internal loss. A good cone needs to be rigid so it behaves as a piston within its passband, but pure rigidity pushes resonant breakup modes into the audible range where they ring. Woven glass fiber is light and stiff, while the coating adds damping that suppresses those breakup resonances and smooths the transition to the point where the crossover hands off to the next driver. The audible payoff is a midrange and bass free of the hard, papery colorations that betray a poorly controlled cone.
How does the AMT tweeter differ from a conventional dome?
The 27 x 45mm AMT (Air Motion Transformer) reproduces the highest frequencies by squeezing air through a pleated, folded diaphragm rather than pushing it with a rigid dome. The diaphragm is a thin membrane folded like an accordion, with conductive traces that sit in a magnetic field. When signal flows, the folds squeeze and expand, ejecting air from between them at a velocity several times higher than the membrane itself moves. This velocity multiplication is why the design is called a transformer.
Two practical benefits follow. First, the very low moving mass and large radiating area give the AMT excellent transient speed and low distortion, so cymbals, sibilants, and the leading edges of consonants come through clean and detailed. Second, the AMT hands over from the midrange at 2.9kHz and extends the response to 22kHz, covering the top octaves with airiness rather than the slightly compressed quality some domes exhibit under demand. The elongated 27 x 45mm aperture also shapes dispersion, an advantage in a horizontal cabinet where you want controlled directivity.
Enclosure, Materials, and Build
Why is the cabinet a bass reflex design, and what are the two volume figures?
The Elysian CR uses a bass reflex enclosure, meaning it is ported to extend low frequency output by tuning a resonant air mass in the port to reinforce the woofers near the bottom of their range. A sealed box rolls off more gently but earlier; a reflex alignment gives you that reach down to 27Hz at minus 6dB with the efficiency a center channel needs. The two cabinet volume figures, 5.7L and 64.0L, tell you the enclosure is internally partitioned. The smaller 5.7L chamber is a sealed sub-enclosure isolating the midrange driver, while the larger 64.0L volume is the ported bass chamber shared by the two woofers.
Isolating the midrange in its own sealed 5.7L pocket is important. It prevents the large pressure swings generated by the woofers from modulating the back of the delicate midrange cone, which would smear vocal detail. The midrange effectively gets its own acoustic environment, so it operates as if it were in a dedicated small speaker.
How is the cabinet built to stay quiet?
The cabinet is built for mass and rigidity, evidenced by a net weight of 66.6 lbs for a speaker only 12.6 inches tall on its plinth. That weight, spread across a 32.7 inch wide and 14.6 inch deep footprint, comes from thick, braced panels engineered to resist flexing. When a cabinet wall vibrates, it radiates its own delayed, colored sound that muddies the driver output. A dense, well braced enclosure stores and dissipates that energy instead of re-radiating it, which is why heavy cabinets tend to sound cleaner and more composed under dynamic load. The plinth also lends the horizontal cabinet a stable, resonance-controlled base.
What finishes are available and does the finish matter acoustically?
The Elysian CR is offered in Gloss Walnut, Matte Black, and Matte Grey, letting you match it to the rest of your Elysian system or to your room. The finish is primarily cosmetic, but the multi-layer lacquering and veneering process on a flagship cabinet contributes to panel damping and reflects the care taken in construction. Gloss Walnut leans traditional and warm in appearance, while the two matte options disappear more readily near a screen where reflections off a glossy surface could be distracting in a darkened room.
Crossover, Sensitivity, and Amplifier Matching
What do the 360Hz and 2.9kHz crossover points tell us?
The crossover frequencies of 360Hz and 2.9kHz define exactly where each driver's job begins and ends, and both points are chosen to keep drivers in their comfort zones. The 360Hz handoff sits well below the vocal fundamentals, so the woofers never touch the frequencies where lobing would harm dialogue, and the midrange takes over before those frequencies arrive. The 2.9kHz handoff to the AMT lands in a region where the 6 inch midrange is still behaving well but is beginning to beam, and where the AMT is comfortably within its low distortion operating band. Handing over there gives you smooth dispersion through the presence region, which is critical for natural-sounding voices and instruments.
How easy is the Elysian CR to drive?
The CR is fairly efficient at 91dB sensitivity (2.83V at 1m), but it presents a demanding load, with a 6 ohm nominal impedance (8 ohm compatible) that dips to a 3.5 ohm minimum. The high sensitivity means it converts amplifier power into sound efficiently, so it plays loud without enormous wattage. However, the 3.5 ohm minimum impedance means the speaker draws significant current at certain frequencies, so it rewards an amplifier with a stable, robust output stage rather than one that struggles into low impedances.
What amplifier power should you use, and how loud will it go?
Wharfedale specifies a recommended amplifier power of 25 to 250W, and the speaker will produce a peak SPL of 110dB. The lower 25W figure reflects the high sensitivity: even modest power drives the CR to satisfying levels. The 250W upper figure is a guideline for headroom, indicating the speaker can absorb substantial dynamic peaks without complaint. A 110dB peak SPL is genuinely loud, more than enough for the transient demands of film soundtracks in a typical room, and it confirms the CR is built for dynamics rather than just polite listening levels.
System Integration and Placement
How do the dimensions and connectivity affect setup?
At 32.7 inches wide, 12.6 inches high on the plinth, and 14.6 inches deep with terminals, the Elysian CR is a large, low-profile cabinet designed to sit beneath a display or on a substantial shelf. Its 14.6 inch depth includes the binding posts, so plan clearance behind it for cable connections and, importantly, for the bass reflex port to breathe. Because it is a ported design, avoid pushing it hard against a wall or into a tight cavity, since restricting the port disrupts the reflex tuning and can make the bass boomy or uneven.
Why does it matter that the CR is sold each?
The Elysian CR is sold each, which is standard for a center channel because a surround system uses only one, but it also signals that this is a modular part of the broader Elysian family. To get the seamless front soundstage the design aims for, you pair the CR with matching Elysian left and right speakers so that the tonal signature, particularly the AMT tweeter's character and the glass fibre cone's midrange voicing, carries identically across all three front channels. When a voice pans from the center to a side speaker, matched drivers keep the timbre constant, which is the entire point of building a dedicated center to the same standard as the mains.
Where does the Elysian CR sit in the Wharfedale lineup?
The Elysian CR sits at the top of Wharfedale's range as the center channel of the flagship Elysian series, above the long-running Diamond family and the EVO line in the hierarchy. Everything about it, the true 3-way topology, the AMT tweeter, the dual large woofers, the isolated midrange chamber, and the heavy braced cabinet, reflects the no-compromise brief of the Elysian range. If your goal is a reference-grade home theater front stage built entirely from Wharfedale's best current engineering, the Elysian CR is the piece that anchors the middle of that soundstage.
Conclusion
The Wharfedale Elysian CR earns its place by refusing the usual center channel shortcuts. A dedicated midrange driver defeats horizontal lobing, an isolated sealed chamber protects that midrange from the woofers, dual 8.5 inch cones deliver genuine low frequency weight to 27Hz, and the AMT tweeter supplies fast, clean top-end extension to 22kHz. Backed by a heavy, well damped cabinet and a sensible crossover strategy at 360Hz and 2.9kHz, it is engineered to reproduce dialogue and effects with the same honesty Wharfedale has pursued since 1932. For the enthusiast building a flagship front stage, it is the center channel that finally deserves to share a system with serious main speakers.