AudioControl EPICPRO3NT 3" Neodymium Tweeters, 140W RMS, 4 Ohms (Pair)
AudioControl EPICPRO3NT 3" Neodymium Tweeters, 140W RMS, 4 Ohms (Pair) is backordered and will ship as soon as it is back in stock.
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Description
Description
The AudioControl EPICPRO3NT is a pair of 3" neodymium tweeters engineered for high-efficiency, wide bandwidth in compact car installations, delivering detailed highs with minimal amplifier waste. Built for enthusiasts chasing loud, accurate highs, these tweeters pair cleanly with EPIC Series amps to form a performance-focused ecosystem.
- 3.0" Tweeter Size / 76.2 mm: Compact footprint fits tight dash or door openings without sacrificing high-frequency clarity.
- Impedance: 4 ohms, compatible with a wide range of automotive amplifiers.
- Power Handling: 140 W RMS / 180 W Max: ample headroom for dynamic, high-SPL playback with EPIC power.
- Frequency Response: 1500 Hz – 20000 Hz: covers upper midrange to treble, aiding smooth integration with midrange drivers.
- Sensitivity: 105 dB @ 2.83V / 1m: high efficiency means more output from less input power.
- Voice Coil: 1.5 in / 38 mm: larger coil aids heat management under demanding, extended-high output.
- Magnet: Neodymium magnets: lightweight yet strong field for improved efficiency in a compact form.
- Phase Cap for Efficiency & Bandwidth: Widens bandwidth and boosts efficiency, helping highs stay precise as power rises.
- AudioControl Engineered: Designed from the ground up by AudioControl engineers for a performance-driven product.
- Perfect Pair with EPIC Amplifiers: Specifically voiced to integrate with EPIC Series amplifiers for an optimized system.
- In the Box: (2) EPICPRO3NT Tweeters, User Manual
In a real car build, this two-tweeter set excels when paired with EPIC Series amplifiers, delivering high-frequency detail with wide dispersion. The 3" size fits compact installations, Phase Cap technology enhances efficiency and bandwidth, and the high sensitivity ensures strong highs even in space-constrained environments while maintaining low distortion at elevated volumes.






