Maple vs. Spruce for Soundboard - What is The Difference?

Last Updated May 21, 2025

Maple offers a denser, brighter tone with strong projection for soundboards, while spruce provides superior resonance and a warm, balanced sound favored in acoustic instruments. Spruce's lightweight and flexible fibers enhance vibration, making it the preferred choice for premium soundboard construction.

Table of Comparison

Property Maple Spruce
Density 700-750 kg/m3 400-450 kg/m3
Hardness (Janka) 1450 510
Tonal Quality Bright, clear, focused Warm, resonant, rich
Stiffness (Modulus of Elasticity) 12.5 GPa 11 GPa
Common Use in Soundboards Less common, for durability and visual appeal Preferred choice for soundboards in guitars, pianos
Resonance Moderate High
Weight Heavy Light

Introduction to Maple and Spruce Soundboards

Maple and spruce are the two dominant tonewoods used for soundboards in acoustic instruments due to their distinct acoustic properties. Spruce soundboards are renowned for their lightweight, high stiffness-to-weight ratio, and bright, clear tonal response, which enhances projection and dynamic range. Maple, in contrast, offers a harder, denser grain structure that produces a warmer, more focused sound with excellent sustain and articulation, making each choice ideal depending on the desired tonal characteristics and playing style.

Wood Properties: Maple vs Spruce

Maple and spruce exhibit distinct wood properties that influence their suitability for soundboards; maple, characterized by its high density and hardness, provides bright, focused tones with clear articulation, making it ideal for instruments requiring projection and tonal clarity. Spruce, boasting a lower density and greater elasticity, excels in dynamic response and tonal warmth, delivering rich harmonics and enhanced resonance, favored in acoustic guitars and violins. The grain structure of spruce, typically straight and even, contributes to its superior vibration transfer, while maple's tighter grain offers durability and a balanced tonal palette.

Acoustic Qualities and Tone Differences

Maple soundboards offer bright, clear tones with strong projection and articulation, making them ideal for genres requiring definition and sustain. Spruce soundboards provide a balanced, warm sound with dynamic responsiveness and rich overtones, favored in classical and folk instruments. The denser grain of maple enhances brightness and attack, while the lighter, softer spruce emphasizes resonance and harmonic complexity.

Structural Strength and Durability

Maple offers superior structural strength and exceptional durability, making it an ideal choice for soundboards that require resistance to wear and environmental changes. Spruce, while lighter and more flexible, provides excellent elasticity that enhances acoustic responsiveness but is more prone to dents and structural fatigue over time. Choosing between maple and spruce depends on balancing the need for long-lasting durability versus optimal sound projection and tonal clarity.

Visual Appearance and Aesthetics

Maple soundboards exhibit a tight, consistent grain pattern with a smooth, reflective surface that enhances their visual appeal, often featuring a subtle flame or birdseye figure for added character. Spruce soundboards, known for their lighter color and straight, open grain, provide a classic, natural aesthetic favored for its brightness and clarity in tone. The choice between maple and spruce impacts the instrument's look significantly, with maple offering a darker, more dramatic finish and spruce presenting a more traditional, understated elegance.

Common Musical Instruments Using Maple and Spruce

Maple is commonly used for the back and sides of violins, cellos, and guitars, prized for its bright, clear tone and strong projection. Spruce is the preferred choice for soundboards in acoustic guitars, violins, and pianos due to its lightweight, resonant properties that enhance sound clarity and sustain. Both woods play crucial roles in instrument construction, with spruce delivering superior resonance and maple providing durability and a crisp tonal quality.

Craftsmanship and Workability

Maple offers exceptional workability with its fine, even grain, making it a preferred choice for luthiers seeking precision in soundboard craftsmanship. Spruce, known for its lightweight and resonant properties, allows craftsmen to carve thin, responsive soundboards critical for tonal clarity. Both woods demand skilled craftsmanship, but maple's density provides durability while spruce's softness enables nuanced sound shaping.

Cost and Availability of Each Wood

Maple soundboards generally cost more due to their density and tonal clarity, making them a premium choice for high-end instruments. Spruce is more widely available and less expensive, favored for its lightweight properties and superior resonance, which are ideal for soundboards. Musicians often select spruce for its affordability and abundance, while maple suits instruments where durability and brightness justify the higher price.

Player Preferences and Genre Suitability

Maple soundboards deliver bright, articulate tones favored by players in jazz and bluegrass genres for their clarity and fast note decay. Spruce, known for its dynamic range and responsiveness, is preferred in classical and folk music where warmth and rich harmonics are essential. Guitarists and mandolin players often choose maple for aggressive styles and spruce for versatile, nuanced performances.

Conclusion: Choosing Between Maple and Spruce

Maple soundboards provide a brighter, more focused tone with enhanced projection, making them ideal for genres requiring clarity and articulation. Spruce soundboards offer superior resonance and dynamic responsiveness, favored for their warm, rich sound suitable for classical and fingerstyle playing. Selecting between maple and spruce depends on the desired tonal character and playing style, as maple excels in brightness and definition while spruce delivers warmth and complex overtones.

Maple vs. Spruce for Soundboard - What is The Difference?

Infographic: Maple vs Spruce for Soundboard



About the author. Kakani is a respected author and expert in materials for industrial and manufacturing applications. With years of experience in both research and industry.

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The information provided in this document is for general informational purposes only and is not guaranteed to be complete. While we strive to ensure the accuracy of the content, we cannot guarantee that the details mentioned are up-to-date or applicable to all scenarios. Topics about Maple vs Spruce for Soundboard are subject to change from time to time.

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