BOSS MR652C Marine Speakers

Enhance your on-water audio experience with the BOSS MR652C Marine Speakers. Designed specifically for marine environments, these speakers feature removable crossovers and tweeters, allowing for a customized sound system tailored to your boating needs.

With a compact design that belies their powerful sound capabilities, these speakers are constructed from durable injected polymer, ensuring longevity and resistance to the harsh marine conditions. The aluminum voice coil and Mylar tweeter contribute to exceptional audio quality, making them an ideal choice for any boat.

Key benefits

• Customizable audio setup with removable crossovers and tweeters.
• Compact design for easy installation without sacrificing sound quality.
• Durable construction with injected polymer for marine use.
• Excellent audio performance with a frequency range of 60Hz to 20kHz.
• Lightweight yet powerful, delivering 350 watts of peak power.

Technical details

• Power: 350 Watts peak
• Frequency response: 60Hz - 20kHz
• Impedance: 4 Ohms
• Voice coil: 38mm aluminum
• Tweeter: 25mm Mylar

Recommended nautical use

Ideal for use on boats, yachts, and other marine vessels, the BOSS MR652C speakers are perfect for enhancing your onboard entertainment system. Whether you're hosting a party or enjoying a quiet day on the water, these speakers will deliver a rich audio experience.

These speakers are particularly suited for installation in areas where space is limited, making them a versatile choice for various boat types, including fishing boats and sailboats.

Installation and maintenance advice

Installation of the BOSS MR652C speakers is straightforward, thanks to their compact size and included mounting hardware. Ensure that the speakers are securely fastened in a dry location to maximize their lifespan and performance.

Regular maintenance involves checking connections and cleaning the speaker surfaces to prevent corrosion. It is advisable to protect the speakers from direct exposure to water when not in use to maintain their functionality.