Electro-Acoustic Guitar – Enya EA-X0/SP1.EQ

Categories: Acoustic HPL Guitars, Electro-Acoustic Smart Guitars, Guitars

Brand: Enya Music

The Enya EA-X0 SP1S is a transacoustic guitar from the X0 series, combining traditional acoustic construction with integrated onboard effects. It is designed to enhance the natural acoustic sound without requiring external amplification, making it suitable for practice, songwriting, and small performance settings.


SP1 TransAcoustic System

The guitar features the SP1 AcousticPlus system, which enables built-in effects to be heard directly through the guitar body.

  • Built-in reverb, delay, and chorus effects
  • Effects function without external amplifier or speaker
  • Natural resonance through the body for ambient sound

This system allows players to achieve a more immersive and spatial tone directly from the instrument.


Construction & Materials

  • Top: HPL (High Pressure Laminate) Spruce
  • Back & Sides: HPL Koa
  • Neck: Nato (C-shape)
  • Fingerboard & Bridge: Richlite

The HPL construction provides increased durability and resistance to humidity, temperature changes, and wear.


Body & Design

  • Body Shape: Auditorium (cutaway)
  • Size: 41” full size
  • Matte finish
  • Balanced tonal response for strumming and fingerstyle

The Auditorium body shape offers versatility across different playing styles.


Additional Features

  • Bluetooth connectivity for audio playback (model-dependent)
  • Integrated system powered via internal battery
  • Gig bag included

Technical Specifications

General

  • Model: EA-X0 SP1S
  • Type: TransAcoustic Guitar
  • Strings: 6

Construction

  • Top: HPL Spruce
  • Back & Sides: HPL Koa
  • Neck: Nato
  • Fingerboard: Richlite

Dimensions

  • Size: 41”
  • Scale Length: approx. 648 mm
  • Frets: 20

Electronics

  • System: SP1 AcousticPlus
  • Effects: Reverb / Delay / Chorus

Positioning

The EA-X0 SP1S is positioned as a hybrid acoustic guitar with built-in ambient effects, offering more functionality than a standard acoustic model while remaining simpler than full acoustic-electric (EQ) versions.