Alpine S2-S10TW 1-Inch S-Series Tweeter – Silk Dome, Neodymium Motor, High-Resolution Audio

Enhanced natural sound with Alpine engineering

The Alpine S2-S10TW 1-Inch S-Series Tweeter delivers a refined top end by combining a redesigned housing and a custom-fit grille. This update helps the tweeter blend with modern speaker enclosures while preserving imaging and detailed highs, offering a listening experience that remains true to the track.

In real-world listening, the silk dome design paired with a neodymium motor aims to reduce harshness and produce smoother, more natural high frequencies. The result is a treble that sits comfortably with midrange and bass, allowing you to hear subtle nuances in your favorite songs without distraction.

Across various genres, expect improved cymbal shimmer, clearer vocal sibilance, and more articulate high-hat detail. The design emphasizes airiness and clarity, making treble-driven passages feel open rather than piercing.

Key features at a glance

• High-grade neodymium motor structure for precise, efficient motion
• Silk dome tweeter design for smooth top end and low distortion
• Specially designed grille that follows the curve of the speaker for a seamless look
• High-resolution playback to preserve fine detail across the treble range
• 80 W RMS and 240 W peak power handling for dynamic performance
• 4 ohm impedance for broad compatibility with car audio systems
• Speaker network included for straightforward installation and balanced output

Why choose the Alpine S2-S10TW

This tweeter is built to align with Alpine aesthetics and engineering standards, focusing on a natural sound signature and reliable performance in a compact form. The updated housing and grille contribute to consistent imaging and reduced reflections, supporting a cohesive overall soundstage.

Ideal use cases

• Upgrade for clearer treble in tracks with bright or intricate high-frequency details
• Compatible with many aftermarket or factory speaker systems that run on a 4 ohm load
• Suitable for front or rear placements where high frequency detail matters