DS18 6-Channel Amp Stereo Full-Range 6 x 180 Watts RMS/4ohm Flush Mount w/ LED Lights

6 – Channel Full – Range Flush or Surface Mount Class – D Amplifier

Enhance your car audio system with DS18’s FX6!
Designed and manufactured for professional car audio applications, this amplifier delivers exceptional power and high-quality sound while maintaining a small footprint for easy installation.
What sets the FX Series apart is its versatile installation options. Unlike ordinary amplifiers, these amplifiers come equipped with a surface mount adapter, allowing for both flush and surface installation. This feature provides flexibility in positioning the amplifier, making it perfect for custom car audio builds. Plus, this frame has Digital LED's controlled by a Built-In Digital Light Module!
Let's talk power! DS18’s FX6 delivers an impressive MAX power of 4500W. With RMS power outputs of 6 x 180W at 4 ohms, 6 x 250W at 2 ohms, and 3 x 500W at 4 ohms bridge, you can expect nothing less than thunderous sound quality. 
Featuring an IP65 water-resistant design (when flush mounted) and coated 4-layer PCB, this amplifier is built to withstand harsh conditions and prevent corrosion. The flush or surface installation mode makes it easy to install on ATV/RV roofs, boat walls, car audio panels, or racks, ensuring a clean and professional look.
In addition to its impressive power capabilities, this amplifier also offers a wide range of audio features. With a frequency response of 20Hz-20KHz, a signal-to-noise ratio of 80dB, and a damping factor of 80, you can enjoy a full spectrum of sound with exceptional clarity. The selectable X-Over feature allows you to customize your audio experience, while the bass boost range and frequency allow you to fine-tune your system to your liking.
Upgrade your car audio system with DS18’s FX6 and experience unmatched power, versatility, and sound quality!
*The FX Series adapters are not designed to be water-resistant. Please exercise caution to prevent water contact with the DIGITAL LED'S, as exposure may result in a short circuit*