MAHALO MM2 MASTER SERIES CONCERT UKULELE

Description

The Mahalo MM2 Master Series Concert Ukulele represents a significant step up into professional-tier instrument building, focusing entirely on all-solid wood construction and refined acoustic design. Engineered with a solid red cedar top and solid mahogany back and sides, this concert ukulele is built to deliver exceptional projection, warmth, and dynamic response.

The internal architecture utilizes Mahalo’s proprietary ToneFlow bracing, optimizing soundboard resonance for both studio tracking and live performance. By integrating premium materials like an Amara ebony bridge and fingerboard, alongside genuine bone nut and saddle components, the MM2 provides serious players with a reliable, highly articulate instrument designed to mature sonically over time.

This instrument is designed for intermediate to advanced ukulele players, session musicians, and performing artists who require the tonal depth and volume that only an all-solid wood construction can provide. It is ideal for those seeking a highly responsive concert-scale instrument for fingerstyle or dynamic chordal work.

Key Features:

Tonewoods & Construction

Constructed with a hand-made solid red cedar top and an arched solid mahogany back featuring a center strip, this ukulele delivers rich, balanced resonance. The proprietary ToneFlow bracing maximizes acoustic projection, while flamed maple and 3-ply wood binding add structural integrity and premium aesthetics.

Neck & Playability

The one-piece mahogany neck provides a stable foundation for the 379mm concert scale. An Amara ebony fingerboard fitted with 16 nickel frets and abalone dot inlays offers a smooth, articulate playing surface suitable for intricate fretwork.

Hardware & Tuning Stability

Equipped with Taiwanese nickel-plated Waverly-style machine heads and ivoroid buttons housed in a slotted headstock, the MM2 ensures precise, slip-free tuning. A genuine bone nut and a compensated bone saddle seated in an Amara ebony bridge guarantee optimal intonation and maximum string energy transfer.