Rockford Fosgate PBR300X1 Punch 300 Watt Mono Boosted Rail Amplifier

Elevate your audio experience with the Rockford Fosgate PBR300X1, a compact mono amplifier delivering a staggering 300 Watts of power in a sleek 1.53” x 4.25” x 6.75” form factor. Engineered for compact subwoofer systems, this amplifier is a powerhouse designed to conserve energy without compromising on performance. With RMS Power Output configurations of 75 Watts x 1 @ 4-Ohm, 150 Watts x 1 @ 2-Ohm, or 300 Watts x 1 @ 1-Ohm, it caters to diverse audio setups. Featuring Rockford Fosgate's patented Class BR Boosted Rail technology, it optimizes power delivery while maintaining a reserve for extended bursts, making it ideal for motorcycles, ATVs, and hybrid-electric vehicles. Equipped with high-level inputs, MOSFET output stage, variable 4-6 volt hi-level DC offset voltage input turn-on control, and a 12dB/octave Butterworth crossover, this amplifier ensures versatile connectivity and seamless integration. Built with Rockford Fosgate's hallmark durability, it comes with a comprehensive one-year limited warranty when purchased from authorized Rockford Fosgate resellers.

Discover the Rockford Fosgate PBR300X1, a mono amplifier meticulously crafted for compact subwoofer systems demanding superior performance in a limited space. Boasting dimensions of 1.53” x 4.25” x 6.75”, this amplifier unleashes 300 Watts of MOSFET power while adhering to industry standards. Its RMS Power Output configurations of 75 Watts x 1 @ 4-Ohm, 150 Watts x 1 @ 2-Ohm, or 300 Watts x 1 @ 1-Ohm cater to various audio setups, ensuring flexibility and adaptability. Embracing Rockford Fosgate's innovative Class BR Boosted Rail technology, it optimizes power consumption without compromising on output, making it an ideal choice for motorcycles, ATVs, and hybrid-electric vehicles. Equipped with high-level inputs, variable 4-6 volt hi-level DC offset voltage input turn-on control, and a 12dB/octave Butterworth crossover, this amplifier offers seamless integration and customization. Engineered with DSM (Discrete Surface Mount) technology and Dynamic Thermal Management, it ensures efficiency, decreased distortion, and optimal temperature regulation. Backed by a comprehensive one-year limited warranty, exclusively available through authorized Rockford Fosgate resellers.

Revolutionize your audio setup with the Rockford Fosgate PBR300X1, a mono amplifier designed to deliver 300 Watts of power in an ultra-compact form factor of 1.53” x 4.25” x 6.75”. Engineered for space-saving subwoofer systems, this amplifier redefines efficiency without compromising on performance. Its RMS Power Output configurations of 75 Watts x 1 @ 4-Ohm, 150 Watts x 1 @ 2-Ohm, or 300 Watts x 1 @ 1-Ohm adapt effortlessly to diverse audio requirements. Featuring Rockford Fosgate's innovative Class BR Boosted Rail technology, it optimizes power delivery while conserving energy, making it an ideal solution for motorcycles, ATVs, and hybrid-electric vehicles. With high-level inputs, variable hi-level DC offset voltage input turn-on control, MOSFET output stage, and a 12dB/octave Butterworth crossover, this amplifier offers seamless integration and customization options. Leveraging DSM technology and Dynamic Thermal Management, it ensures optimal efficiency, reduced distortion, and effective heat dissipation. Enjoy peace of mind with a comprehensive one-year limited warranty, available exclusively through authorized Rockford Fosgate resellers.

Highlights:

1. Ultra-compact dimensions: 1.53” x 4.25” x 6.75”
2. Mono amplifier delivering 300 Watts of power
3. RMS Power Output configurations: 75W x 1 @ 4-Ohm, 150W x 1 @ 2-Ohm, 300W x 1 @ 1-Ohm
4. Patented Class BR Boosted Rail technology for efficient power delivery
5. Ideal for compact subwoofer systems in motorcycles, ATVs, and hybrid-electric vehicles
6. High-level inputs with variable 4-6 volt hi-level DC offset voltage input turn-on control
7. MOSFET output stage for high-performance audio
8. 12dB/octave Butterworth crossover for seamless integration
9. DSM technology for enhanced efficiency and reduced distortion
10. Dynamic Thermal Management for optimal heat dissipation