FYNE AUDIO F1-8
The F1-8 loudspeaker distils the same technology and expertise utilised in its floorstanding siblings, into a smaller standmount format. The hand crafted cabinet is supported on a machined aluminium plinth that houses Fyne’s state of the art BassTrax LF diffuser. Surrounded by FyneFlute rubber surround, the F1-8 features a 200mm IsoFlare low frequency driver mated to a 25mm magnesium dome compression tweeter to create a point source, time aligned transducer delivering pure isotropic radiation across the entire audio spectrum. Hand finished at Fyne Audio’s UK manufacturing facility in stunning real walnut veneer with burr walnut inlay, the F1-8 represents the pinnacle of Hi-Fi UK loudspeaker design in standmount speaker format.

ISOFLARE
FYNE AUDIO’S IsoFlareTM driver is a point source system whereby the bass / midrange driver shares a common centre with the high frequency unit. Providing outstanding stereo imaging, even off axis, energy is radiated isotropically with constant directivity, following the flare of the driver cone. Sound is

ACOUSTIC EVOLUTION
Dr. Paul Mills, Fyne Audio’s Technical Director, has considerable experience with point source drivers. Furthermore our technical team, responsible for the audio performance and mechanical build of this type of driver, have many decades of experience between them.

MATERIAL FACTS
To fully optimize the driver’s performance, every aspect of the meticulous design has been considered. Eliminating unwanted vibrations, which would be detrimental to the sound quality, our IsoFlareTM point source drivers are built around a rigid cast aluminium chassis. Multifibre paper cones are used providing natural sounding midrange and clean transient behavior.

SMALL DETAIL...BIG EFFECT
A vented rear chamber in the Neodymium HF magnet places low frequency resonance well below the crossover region. And pushing the break up mode well above the level of human hearing, the highly rigid titanium high frequency diaphragm delivers a smooth and extended response. The unique geometry of the high frequency unit’s waveguide provides a flat frequency response and avoids internal reflections.