Kenwood KFC-1653MRW 6.5" Marine/Motorsport Speaker - White

The Kenwood KFC-1653MRW 2way-2speaker features a Peak Power of 150W. It also has a water resistant PP cone and 1″ Balanced Dome Tweeter.

Rock Your Boat

Kenwood Canada has designed all of their marine speakers to feature power and precision to your boat’s sound system. The KFC-1653MRW 6-1/2″ speakers feature water-resistant cone woofers that are designed specifically for marine use. These Kenwood speakers will sound great, even up to 50 watts, regardless of if you’re out on the water or relaxing at the marina.

These Kenwood marine speakers are specifically designed to shrug off the harmful effects of water, salt, and sun, too. They feature white UV-resistant grilles, composite speaker baskets, and stainless steel hardware, they’ll give you outstanding performance for years to come.

What’s in the Box?

KFC-1653MRW Warranty information

12 Stainless steel speed-clips

KFC-1653MRW specifications and template on box

Twelve 1-1/8″ Stainless steel mounting screws

Two 2-way marine speakers with fixed white grilles

About Kenwood

Kenwood is a leading developer and manufacturer of consumer electronics and communications equipment.

Kenwood has a reputation for bringing important new products to the consumer electronics market. The company built the first audio/video amplifier for home theater back in 1981. Kenwood also created the first anti-theft car cassette deck that could be slid out of the dash; the first with an automatic broadcast sensor system and automatic noise reduction; the first with 24 presets; and the first polypropylene speaker cones. Over the years, Kenwood engineers have invented dozens of new technologies later copied by others.

Today Kenwood has taken a leading role in developing market-driven products and continues to operate as one of the largest manufacturers of personal entertainment and communications equipment in the world.It is a central Kenwood belief to listen to the market and develop exacting products that address customers’ needs at the highest possible value.