The Forte Port features Michael Kelly’s Port Technology. This fresh new approach to top bracing and soundhole placement results in a noticeable improvement in sonic performance. It is dynamic, responsive and has a big bold sound. The Forte Port features an aggressive cutaway giving you more fingerboard access and great balance.
The Forte Port is equipped with an active Fishman electronics system. The under saddle bridge pickup captures the full and natural sound of the Forte. You can control the volume and adjust the tone with two onboard controls, located in the soundhole. Discrete, but very easy to use and all without any holes cut into the side of the instrument.
|Dimensions||108 × 30 × 13 cm|
ZERO PIN BRIDGE
It always happens at the worst possible time â€” you break a string at a gig. What if you could radically shorten the time it takes to change your string? The Michael Kelly Zero Pin Bridge makes that possible.
Our innovative Zero Pin Bridge allows players to change a string without tools and without the stress of losing or breaking pins. A quick slide into the specially-designed groove makes the inevitable string change as quick and easy as possible!
Acoustic guitar design has not changed significantly since the pre-World War II era. For several years now, the Michael Kelly team has been working on a fresh new approach to acoustic guitars. This has culminated with the development of the new Port Technology. At the core of this innovation is an offset soundhole approach coupled with an all new bracing design.
The active amplification system by FishmanÂ® includes an onboard control for volume and one for tone. These are mounted inside of the soundhole for easy access, and this avoids the need to cut a hole in the side of your guitar, maximizing performance.
COMFORT-C NECK PROFILE
Our acoustic Comfort-C neck profile is easy to play, comfortable and
performance-oriented. We knew that you would want to play your new MK for hours and hours, so we crafted a neck just for you. Each one is machine milled for consistency based on the specification shown here.