Castle Windsor Earl

Made in the UK

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Availability: In stock

Manufacturer part number: Castle Windsor Earl

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Mahogany
Walnut

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£3,850.00

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The Castle Windsor Earl is the smaller speaker in Castles new range. Designed by Karl-Heinz Fink and the Fink Team, the new Windsor series employs modern speaker design in a traditional cabinet. Hand made here in the UK at Castle's headquaters in Huntingdon.

The Earl has a 165mm Mid/Bass driver and shares the 28mm Microfibre dome tweeter with the larger Windsor Duke.

Available in luxurious Mahogany or Walnut finishes with optional stands.

General Description	Two-way standmount
Enclosure Type	Bass reflex, rear ported
Treble driver	28mm microfibre dome
Mid/bass driver	165mm woven polypropylene cone
Sensitivity (2.83V @ 1m)	89dB
Impedance	8 ohms nominal; 4.3 ohms minimum
Speaker Gross	25.5kg
Speaker Net	11kg

Recommended amp power	25-100W
Frequency response (+/-3dB)	58Hz-22kHz
Bass Extension (-6dB)	45Hz
Crossover frequency	2.2kHz
Cabinet volume	15.8L
Cabinet dimensions (HxWxD)	430x240x260mm

Castle are proud to announce the Windsor Series, signalling the return to the UK for the manufacturing of Castle Loudspeakers. Castle Windsor Series comes, with the craftsmanship and quality that is self-evident and clearly marks the brand’s intention to restore and build upon the reputation of the brand for superlative quality loudspeakers.

Echoing the origins of the brand that was established in 1973; the speakers are hand built and hand finished, by our loudspeaker production experts, in England.

Windsor Highs

The frequency unit follows the classical formula of a high-consistency exposed polyester dome, with a pressure equalised Ferrite magnet system and a stable metal front plate. No Ferrofluid is used in the tweeter in order to guarantee the highest possible dynamic range. This also keeps the resonant frequency below 800Hz, for optimum performance.

The treble unit’s voice coil has a diameter of 28mm and is equipped with a copper cap on the pole piece of the magnet. This reduces distortion and intermodulation, delivering a tangible increase in audible detail at very high frequencies.

A Royal Weave

The Polypropylene used in the cones is precision cut into thin strips, woven back into a sort of fabric and comes together again to form a solid foil. This foil gets pressed into the final shape and then cut to size.

This is a much more complex way of creating a polypropylene cone, but it has significant sonic benefits. The process creates a material with different properties of rigidity, at different directions between the voice coil and the surround. This helps to minimise resonances, which produces a flatter response curve – a desired characteristic of any drive unit designed for high-performance audio.

The resulting cones, with a diameters of 165mm, feature surrounds fashioned from low-hysteresis rubber which will not deteriorate over time.

Improved openness of the midrange performance

The magnet system in the Castle Windsor Series includes an aluminium compensation ring. This ring helps minimise the variation of the impedance during the operation of the drive unit. As a result, the harmonic and intermodulation distortion values are reduced, for improved openness of the midrange performance.

Maintaining purity of signal

The voice coils are made from glass fibre, bonded with high-temperature resin – the stiffness and rigidity of this material is extremely close to that of aluminium, but it doesn’t generate eddy currents like aluminium would. Thus, it maintains signal purity by its very design.

The mid/bass drivers’ magnet system includes an aluminium compensation ring, which helps to minimise impedance variations during operation. As a result, the harmonic and intermodulation distortion values are reduced, contributing greatly to an open and expressive midrange performance.

Built Like a Castle

Drive unit development has progressed markedly in recent times, yet the principles that govern loudspeaker cabinet design have remained constant for decades. The most important research for low- colouration cabinets was conducted by the BBC some half a century ago, and loudspeaker enclosures are still manufactured in accordance with these findings to this day.

The main cabinet structure uses dual-layer MDF panels separated by a flexible, but thin layer of specially engineered acoustic glue. This glue is purposely developed to dampen resonance in the critical midrange of the dual-layer panels. In order to achieve the optimum rigidity at lower frequencies, point-to-point bracing was used. The result is a quiet cabinet, without prominent peaks, and controlled output.

However, while the principles of acoustically optimised cabinet design are well-founded, it remains a complicated process to ensure that a speaker’s enclosure is ideally matched with the mounted drive units. After many hours of analysis, development and consideration of the established principles, a new methodology was chosen for the optimisation of the Castle Windsor cabinets.

Point-to-point bracing is applied to achieve optimum rigidity at lower frequencies, joining opposing panels without spreading resonance to other parts of the cabinet. The result is a ‘quiet’ cabinet, without prominent peaks, delivering a controlled output. Simple in theory but intricate in design and engineering – a trait of the Castle brand philosophy.

Castle has long been famed for the craftsmanship evident in its wood-veneered loudspeaker cabinets and the new Windsor Series is no exception. Their cabinets sport a choice of architectural-grade walnut or mahogany veneers sourced from sustainable timbers; only deep-figured slices are used, cut from real trees rather than reconstituted mush. Each pair of speakers is hand-finished with mirror red, book-matched veneers, sealed and waxed in a process that takes several days. Only when a depth of character and lustre that befits the Castle name is reached are they released for final testing.

Products specifications

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Item Condition	New