[SN U009255] USED Fender Japan / MG69/MH Red [11]

From the listing

Seller's description

The Fender Japan MG69/MH, a recreation of the 1969 Mustang. This short-scale model features a compact basswood body paired with a maple neck and rosewood fingerboard. It is characterized by a matching headstock, where the body and headstock are finished in the same color, and the combination of a vibrant red finish and a white pickguard is particularly eye-catching. It is equipped with two MG VINTAGE pickups. Each pickup features its own independent ON/OFF/PHASE switch, allowing you to enjoy not only the standard mixed sound but also the unique sound produced by the phase-out effect. This guitar embodies the unique charm of a Japanese-made model, offering the light, responsive playability and distinctive look that only a Mustang can provide. There are scattered scratches and dents, and it shows some signs of wear. There are no noticeable issues with the neck, and it is in good playing condition. Condition Grade: B+: Some scratches are present, but the guitar is in good condition for normal use Serial Number: MIJ U009255 Year of Manufacture: 2010–2012 Country of Manufacture: Japan Case: Soft case Accessories: Arm Weight: 3.19 kg Truss Rod: No issues; rod movement up to 60 degrees to the left and right has been verified and is normal Remaining Fret Life: Within normal range; fret height is sufficient for playing String Height (Low String Side): 2.0 mm at the 12th fret String height (treble side): 1.5 mm at the 12th fret Nut width: 40.5 mm Neck thickness near the 1st fret: 20.5 mm Neck thickness near the 12th fret: 23.3 mm Scale: 610 mm (24") RADIUS: 184 mm (7.25") Strings at Setup: ERNIE BALL 2221 / .010-.046 set Repairs and Maintenance: Cleaning, string replacement, truss rod adjustment, octave adjustment, action adjustment, and leveling * As this is a used item, there may be scratches, dents, and other imperfections that are not clearly visible in the photos or not listed here. Please be aware of this in advance. * Any listed measurements fo