Cart5items

Cart

Vehicle filter
Reset
Home 3Shop3-3.5 inch SpeakersSundown Audio BT-R1 8

Description

Sundown Audio BT-R1 8

The Sundown Audio BT-R1 8 Ohm is a high-output super tweeter / bullet-style high-frequency driver designed to deliver crisp, powerful treble for car audio systems. With 8 ohm impedance and 100 W RMS power handling, it offers flexibility for use with various amplifier configurations while maintaining high efficiency. Tuned for the 4 kHz – 20 kHz frequency range, this tweeter produces clear and detailed highs that enhance vocals, cymbals, and upper-range musical elements, helping your system achieve a more complete and immersive soundstage. Its compact design and high sensitivity (~100 dB) make the BT-R1 8 Ohm ideal for custom installs in doors, pillars, or deck locations, and as an upgrade over factory tweeters in performance-oriented car audio setups.


Specifications

Sens (dB @ 1w/1m)
100dB

About The Product

Handling 100 watts and only 1.6 inches deep, the BT-R1 is the choice when you want to cut through bass like a hot knife through butter. With an incredible 100dB sensitivity and a wide frequency range, this super tweeter makes the most out of every watt you give it.

Reviews

There are no reviews yet.

Be the first to review “Sundown Audio BT-R1 8”

Your email address will not be published. Required fields are marked *

Questions and Answers

Q1: What type of speaker is the Sundown Audio BT-R1 8 Ohm?

A1: It is a super tweeter (bullet-style high-frequency driver) designed for crisp, powerful high notes in car audio systems.

Q2: How much power can the BT-R1 8 Ohm handle?

A2: It handles 100 W RMS power.

Q3: What impedance does this tweeter have?

A3: The BT-R1 8 Ohm model has an 8 ohm impedance.

Q4: What frequency range does the BT-R1 cover?

A4: It covers approximately 4 kHz to 20 kHz, focusing on high-frequency reproduction.

Q5: Where is the BT-R1 8 Ohm best installed?

A5: It’s ideal for custom car audio installations such as doors, pillars, rear deck, or factory tweeter upgrade locations where enhanced high-frequency clarity is desired.


Still have questions?

Ask a question