[SN S806108] USED FENDER USA / 1977 MusicMaster Olympic White [06]

From the listing

Seller's description

A used FENDER USA / 1977 MUSICMASTER OLYMPIC WHITE has arrived in stock. We have performed a fret leveling adjustment, so it’s in perfect playing condition and ready for use. The pickup has been replaced with a Bill Lawrence L250; the pot date is 1377739, and the neck date is 49X0-4874. There are dents on the headstock, as well as some paint chips. The tuning pegs are slightly stiff. The body has a pattern resembling melted paint or case marks. There are several minor scratches. After this item arrived at our store, we restrung it with new strings and had our repair department clean, maintain, and set up all parts. Condition Grade: B: Shows significant wear and signs of use, but is in good working condition for normal use Serial Number: S806108 Year of Manufacture: 1977 Country of Manufacture: United States Case: Soft case Weight: 3.26 kg Truss Rod: Note: The truss rod is completely loose; there are currently no issues with the neck Fret Wear: Note: While the frets can still be filed down, they are on the low side String Height (Low-String Side): 2.0 mm at the 12th fret String Action (Treble Side): 1.5 mm at the 12th fret Nut width: 41.0 mm Neck thickness near the 1st fret: 22.8 mm Neck thickness near the 12th fret: 24.4 mm Scale: 610 mm (24") Radius: 184 mm (7.25") Strings at setup: ERNIE BALL 2223 / .009–.042 set Repairs and Maintenance: Cleaning, string replacement, truss rod adjustment, octave adjustment, action adjustment, fret leveling * As this is a used item, there may be scratches, dents, and other imperfections that are not visible in the photos or not listed here. Please be aware of this in advance. * Any listed measurements for the truss rod, remaining fret height, string action, etc., were taken by our staff during setup and are subject to change due to environmental factors such as climate and humidity. These measurements are intended as a reference at the time of purchase; we cannot guarantee that the measurements will be identi