Custom 24 "Floyd"
Designed For Destruction
The Custom 24 "Floyd" is equipped with the time-tested Floyd Rose "Original" tremolo system and PRS's \ m / (metal) pickups (uncovered). The Floyd Rose "Original" tremolo and locking nut tuning system is a double-locking design precision-made from high quality steel. This design combination allows players to lock the string at the nut and at the bridge to keep the guitar in tune even during the heaviest dive-bombing sessions.
The Custom 24 is the quintessential PRS guitar. This iconic instrument was the first model that Paul Reed Smith brought to the public at PRS Guitars’ first Winter NAMM show in 1985 and has been a top seller ever since.
Pickup Switching Positions:
Position One: Bridge humbucker
Position Two: Bridge humbucker with neck singlecoil, in parallel
Position Three: Bridge and neck humbuckers
Position Four: Neck singlecoil with bridge singlecoil, in parallel
Position Five: Neck humbucker
Featured Specifications
Floyd Rose Tremolo
Precision-made tremolo designed to keep the guitar in tune through even the heaviest dive-bombing sessions.
PRS Phase III Locking Tuners
Modern locking technology with vintage elegance, these tuners promote tone transfer for a louder, more resonant instrument.
PRS \m/ (Metal) Pickups
Designed with heavier styles in mind, PRS metal pickups bring aggressive and articulate tone.
Specifications
| Body | |
| Top Wood | Maple |
| Back Wood | Mahogany |
| Neck | |
| Number of Frets | 22 |
| Scale Length | 25" |
| Neck Wood | Maple |
| Neck Shape | Pattern Thin |
| Fretboard Wood | Ebony |
| Fretboard Inlay | Birds |
| Neck/Body Assembly | |
| Neck/Body Assembly Type | Set |
| Hardware | |
| Bridge | Original Floyd Rose Tremolo |
| Tuners | PRS Phase III Locking |
| Hardware Type | Nickel |
| Electronics | |
| Treble Pickup | \ m / |
| Bass Pickup | \ m / |
| Controls | Volume and Tone Control with 5-Way Blade Pickup Switch |
| Additional Info | |
| Options | 10 Top |
Accolades
"This is an impressively versatile instrument that can handle the roles of three or four different models and in most cases outperform them.”
