MGBS3

By Millimetric Instruments

27" scale baritone version of the popular offset MGS3, bringing offset ergonomics to a longer baritone scale.

MGBS3 by Millimetric Instruments

About this guitar

The MGBS3 stretches the popular offset MGS3 design to a 27” baritone scale, two inches longer than its sibling, while keeping the same offset comfort for sitting or standing play. It’s aimed at players who want low-tuning headroom without giving up the ergonomics of Millimetric’s offset shape. Construction follows the house formula: a bolt-on neck built to feel like a neck-through, in-house hardware and pickups, and a choice of Canadian wood species and eco-friendly finish.

Specs

MGBS3 specifications
Scale Length 27" (baritone)
Neck Construction Bolt-on (aluminum-neck-inspired design, feels neck-through)
Body Shape Offset (baritone version of MGS3)
Frets 22, Jescar stainless steel, 2.54mm wide x 1.19mm tall
Fretboard Radius 12"
Neck Profile D to C shape with signature volute; choice of 1st/12th fret depth (19-20mm, 20-21mm, or 21-22mm)
Body/Neck Wood Options Canadian-sourced Maple, Cherry, Walnut, Poplar, or Ash
Finish Options Livos natural oil, water-based metallics, solid-colour milk paint
Bridge Custom in-house, stainless steel and brass
Tuners Hipshot open-gear locking tuners (USA), modified buttons
Hardware Recessed strap buttons with Dunlop strap locks included
Truss Rod Dual action
Pickup Options MMSC, MMSCZ, MMFT, MMHB, MMGF, MMLS (in-house designs)
Currency CAD

Quick answers

How much does the MGBS3 cost?
Millimetric Instruments lists it at $4,550 (USD). Dealer and used prices vary.
Is the MGBS3 still available?
Yes. Millimetric Instruments lists it as a current model that's available to order.
Who makes the MGBS3?
Millimetric Instruments. Where it's built: Built by hand in Montréal, Quebec. It's listed here as a baritone guitar.
How long is the wait for Millimetric Instruments gear?
Custom orders start with an emailed order form and a non-refundable 50% deposit. Build time is generally 4 months, and the wait depends on the current workload.