Jackson X-Series Soloist SLX DX Electric Guitar-Polka Dot

The Jackson X-Series Soloist SLX DX Electric Guitar in a cool polka dot finish is a must - have for rock lovers. It has an ergonomically curved nyatoh body and a through - body maple neck with graphite reinforcement. This setup offers rock - solid stability and a tilt - back scarf joint headstock. The 12' - 16' compound radius bound laurel fingerboard has 24 jumbo frets. It curves more at the nut for easy chording and flattens near the neck joint for low - action bends. Powered by active Jackson covered high - output humbucking pickups, it has a big, crunchy, full - bodied tone, perfect for lead work or rhythm runs. You can customize the tone with three - way pickup blade switching and single volume and tone controls. The Floyd Rose® Special double - locking tremolo bridge system gives excellent string stability and dynamic tremolo action. Other features include a 25.5' scale length, Jackson sealed die - cast tuners, and standard strap buttons. It's right - handed, made in ID, and has a satin finish on the body and neck.

Using your Jackson X - Series Soloist SLX DX Electric Guitar is easy. First, tune the guitar using the Jackson sealed die - cast tuners. You can choose different tones with the three - way pickup blade switch. Position 1 uses the neck pickup for a warmer sound, position 2 combines both neck and bridge pickups for a balanced tone, and position 3 uses the bridge pickup for a brighter sound. Adjust the volume and tone controls to your liking. When playing, take advantage of the compound radius fingerboard for easy chording and bending. For tremolo effects, use the Floyd Rose® Special double - locking tremolo bridge system carefully. Be gentle to avoid string breakage. As for maintenance, keep your guitar in a dry place to prevent the nyatoh body and maple neck from warping. Wipe the strings after each use to remove sweat and dirt. You can also occasionally clean the fretboard with a suitable cleaner and lubricate the tuners to ensure smooth operation.