Alpine UTE-83BT Single Din Source Unit w/ DB522 5.25" & DB692 6x9" Speaker Bundle

This bundle features the Alpine UTE-83BT Mech-less Digital Media Receiver with Bluetooth® Wireless Technology, Polk DB692 6x9" Coaxial Speakers, and Polk DB522 5.25" Coaxial Speakers, all with Marine Certification. The Alpine UTE-83BT is a single-DIN shallow chassis digital media receiver designed for flexible installation and enhanced connectivity. It offers Bluetooth® hands-free calling and streaming, front USB and AUX inputs, and three 4V pre-outs for expanded audio system control. With a 4.25-inch mounting depth, it fits snugly in limited space. The receiver supports AM/FM tuning, Pandora® Music, and USB audio playback for AAC, FLAC, MP3, and WMA formats. It includes a 3-band parametric EQ, high-pass/low-pass crossovers, Bass Engine SQ, and a 24-bit DAC for superior sound tuning. The built-in amplifier delivers 18W RMS x 4, suitable for direct speaker operation, with options for amplifier expansion. Polk DB692 6x9" Coaxial Speakers are engineered with Dynamic Balance technology for rich, full-range sound. These speakers are IP55 rated for dirt and water resistance and are tested for salt-fog, UV, and humidity. They feature a polypropylene UV-tolerant cone and waterproof surrounds, ensuring durability and longevity. With a cut-out diameter of 5.97" x 8.8" and a mounting depth of 3.25", they handle 150W RMS and 450W peak power, with a frequency response of 30 Hz to 22 kHz. Polk DB522 5.25" Coaxial Speakers also incorporate Dynamic Balance technology and are marine certified. They offer a cut-out diameter of 4.76" and a mounting depth of 1.74", handling 100W RMS and 300W peak power. The frequency response ranges from 55 Hz to 22 kHz. These speakers feature a polypropylene UV-tolerant cone and waterproof surrounds, providing robust protection against environmental elements. Both Polk speakers ensure a universal fit for easy installation in various vehicles, including cars, boats, and ATVs, with zero tweeter protrusion for seamless integration.