Universal Car Dome Tweeter 150W High Fidelity Speaker, 4 Ohm
Meet the TB-T3 Universal Car Dome Tweeter by KUERL — a compact, high-fidelity 4 Ω tweeter designed to elevate the highs in virtually any vehicle. Delivering up to 150W peak power with 35W RMS, this tweeter brings crisp cymbals, clear vocals, and bright, detailed sound without hiss or distortion. Its wide frequency response of 90 Hz to 22 kHz and sensitivity of 91 dB ensure even modest audio sources sound lively and immersive. The TB-T3 is built for universal compatibility and hot-rodded car audio performance, with a sleek black dome that blends neatly into dashboards, doors, or panels. Certified for Europe (CE) and backed by InterCyprus’ two-year warranty, it’s a reliable upgrade for factory systems or aftermarket setups. All electronic and mechanical equipment, devices and machines sold by InterCyprus to EU countries are CE certified and carry a two year warranty. Since 2002, intercyprus.com has delivered reliable, quality products.
Benefits & Tips
- Enhances high-frequency clarity for more detailed music, speech, and instrument timbre without overwhelming the mid-range.
- Universal 4 Ω impedance and 12V operation make it a flexible upgrade for a wide range of cars and setups.
- Pair with a suitable amplifier to maximize performance and ensure clean, controlled power delivery in your audio system.
Product specifications
- Model: TB-T3
- Brand: KUERL
- Item Type: Speakers
- Speaker Type: Tweeters
- Impedance: 4 Ω
- Peak Power: 150 W
- Rated Power: 35 W
- Sensitivity: 91 dB
- Frequency Range: 90 Hz – 22 kHz
- Voltage: 12 V
- Color: Black
- Car Make: Universal
- Origin: Mainland China
- Certification: CE
Package includes:
- 1 Pair × Car Speakers
Warnings/Reminders
- If the speaker’s own power is not matched with the audio amplifier, it may produce distortion or overly loud output.
- Ensure proper wiring and secure connections during installation to avoid noise or signal loss.
- Without a suitable external amplifier in some setups, the head unit alone may not provide optimal power, potentially causing inconsistent volume levels.