Revitalize Your Legend: 1998-2013 Street Glide High-Performance Audio Evolution

Introducing the Diamond Audio DA9813SGSP1 , a precision-engineered sound pack purpose-built for 1998–2013 Harley-Davidson Street Glide models. This system is the definitive solution for the purist rider who demands modern high-fidelity performance from a classic platform. Engineered to overcome the acoustic limitations of older Batwing fairings, this pack delivers relentless clarity and massive volume, even at highway speeds.

The heart of the system features our brand-new Motorsports HXM Black Series  speakers. Re-engineered with cutting-edge carbon fiber cones  and oversized high-output tweeters, these speakers provide louder, cleaner, and more detailed sound—specifically tuned to cut through wind and engine noise. To ensure a perfect fit in the factory 5.25" locations, the kit includes DHDMCA adapter rings , allowing the high-output HXM drivers to integrate seamlessly. Power is supplied by the Micro V2 Series 2-Channel Class D amplifier , providing unmatched efficiency and the dynamic headroom required for crystal-clean loudness.

The DA9813SGSP1  ensures total system integrity through the MSPWHR OFC Power Harness , utilizing 100% Oxygen-Free Copper to eliminate signal resistance. Finished with custom DHDSG13 fairing grilles  and specialized '98-'13 Street Glide software  for optimized digital integration, this system offers the cleanest signal path and the ultimate high-performance audio experience for the modern rider on a classic machine.

• Optimized for 1998-2013 Batwing Fairings:  Specifically engineered for the geometry and mounting requirements of the classic Street Glide era.
• Modern Carbon Fiber Technology:  High-modulus carbon fiber cones ensure surgical detail and impact, maintaining musical integrity at 80+ MPH.
• Surgical Power Delivery:  Micro V2 amplification provides massive output in a compact, heat-efficient footprint designed for fairing mounting.
• Pure Signal Path:  100% Oxygen-Free Copper (OFC) wiring ensures maximum conductivity and zero signal degradation.