DB DRIVE - WDX1TW-MOTO : 1" Aluminum Dome High Efficiency Tweeters (1 Pair)

Experience the pinnacle of sound with DB Drive WDX1TW-MOTO Tweeters – where every note hits the high notes. Elevate your audio system with these 1" Aluminum High Efficiency Dome Tweeters from the acclaimed WDXMOTO Series, engineered for high output and crystal-clear detail.

KEY BENEFITS

• High efficiency and clarity: Built for listeners who want crisp highs with strong output.
• Wide frequency response: Covers 4KHz to 22.5KHz for bright, detailed top-end performance.
• High sensitivity: Rated at 101.4dB to help maximize volume and detail with less effort.
• Optimized motor structure: Features a Neo Magnet with Rear Resonance Chamber for improved control.
• Flexible mounting: Supports surface or flush mounting with included hardware for easier installation.

TECHNICAL SPECIFICATIONS

• Model: WDX1TW-MOTO
• Tweeter Size: 1" (Aluminum High Efficiency Dome)
• Series: WDXMOTO Series
• Magnet Type: Neo Magnet
• Design Features: Rear Resonance Chamber, Silk Surround with Aluminum Dome
• Frequency Response: 4KHz – 22.5KHz
• Impedance: 4Ω
• Sensitivity: 101.4dB
• Max Power Handling: Up to 225 Watts
• Package: 1 Pair

INSTALLATION & COMPATIBILITY

The DB Drive WDX1TW-MOTO tweeters are designed for straightforward integration into a wide range of car and powersports audio builds. Choose your preferred mounting style (surface or flush mount) and use the included hardware to complete installation cleanly. For best results, pair with a properly tuned system and compatible amplification.

FAQS

• What are the WDX1TW-MOTO tweeters designed for?
  High-output, high-clarity high frequencies for car and powersports audio setups.
• Do these tweeters come as a pair?
  Yes, they are sold as 1 pair.
• What mounting options do they support?
  They support surface or flush mounting, and the required hardware is included.
• What impedance are they?
  These tweeters are rated at 4Ω.
• What frequency range do they cover?
  They deliver a frequency response of 4KHz to 22.5KHz.