Wharfedale Dovedale Heritage Speakers

Dovedale signifies the reintroduction of the class and quality of British manufacturing to the Wharfedale brand portfolio.

Dovedale is built in the home of British Hi-Fi at Wharfedale’s UK headquarters in Huntingdon, Cambridgeshire. Incorporating key manufacturing, assembly and finishing processes for specially selected products in addition to the R&D function already located there. A 9,000ft2 production facility has been added to the existing building, including a new anechoic chamber, making a total of 25,000ft2 of office, lab and manufacturing space. It is here that Dovedale is manufactured by highly trained, vastly experienced loudspeaker experts.

Class lasts a lifetime! The Wharfedale Dovedale portrays the timeless design of a stunning Loudspeaker cabinet with an authentic Legacy. Traditional. simple, beautiful yet highly evolved and a thoroughly modern design.

Bang up to date – utilising a mixture of traditional and advanced technology, for optimum performance whilst staying true to the legacy.

Critical analysis of the performance of each cabinet has resulted in the application of precision shaped and positioned internal bracing. This ensures that cabinet resonances are controlled to well below the level of the music signal, allowing you to hear through to the recording without coloration intruding on your listening enjoyment.

Dovedale makes use of its wide baffle by incorporating a large (by modern standards) bass driver with a 260mm (10-inch) Kevlar® cone – mounted on a rigid die cast chassis, this combination delivers a rich, controlled bass output with superb dynamic performance.

The 10in (25cm) bass and 5in (13cm) midrange drivers incorporate cones made from woven Kevlar – an exceptionally strong and stiff synthetic fibre discovered in the same year as the original Dovedale’s release and not used for loudspeaker diaphragms until a decade later.

The 25mm fabric-dome treble unit with a ceramic magnet, featured throughout Wharfedale’s Heritage Series, has been further improved by incorporating a rear chamber, damped to absorb the output from the back of the dome. This also has the advantage of reducing the resonant frequency of the treble unit to well below the crossover region, allowing full treble detail and harmonics to be revealed without affecting the smoothness of the high-frequency performance.