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Discover the Grado GS2000e over-ear headphones, handcrafted from mahogany and maple to deliver rich, detailed sound with exceptional resonance and an immersive listening experience. Design and Sound Quality The GS2000e features classic tonewoods—mahogany and maple—crafted in the tradition of master luthiers to enhance resonance and tonal character. This unique wood combination produces a sound that is distinctly Grado: rich, dynamic, and ultra-smooth. The headphones offer a wide soundstage with incredible separation and layering, ensuring every detail is faithfully reproduced without listener fatigue. Customer Praise “The Grado statement headphones are to the audiophile what Stradivarius is to the violin. The sensations of listening bring tears to the eyes due to the beauty, delicacy, and fidelity of sound. The soundstage is wide and immense, with dynamics that impress without ever assaulting the ear. This headphone is simply an audiophile work of art.” - Olivier Colloud Craftsmanship and Components The hand-crafted mahogany and maple enclosures reflect Grado Labs’ extensive experience working with wood, a technique shared by the finest musical instrument makers. Maple transmits the energy of the music, while mahogany reveals the harmonic structure and spatial depth intended by the artist. Every component of the GS2000e is carefully selected, including purpose-built 50 mm drivers, a 12-conductor ultra-high purity copper cable, and premium ear cushions. This artisanal approach creates a deeply engaging musical experience. Key Features Hand-crafted mahogany and maple wood enclosures for superior resonance Purpose-built 50 mm dynamic drivers for rich, detailed sound Open-air design for natural soundstage and breathability 12-conductor ultra-high purity copper cable for optimal signal transmission Comfortable ear cushions for extended listening sessions Specifications Transducer type: Dynamic Operating principle: Open air Frequency response: 4 - 51,000 Hz SPL (1mW): 98 dB Normal impedance: 32 ohms Driver matched dB: 0.05