The Suzuki DF140A is light and compact while providing exceptional performance, easily giving this motor the best power-to-weight ratio in its class. An engine cover design features a large air induction port to provide maximum airflow and thus, maximum power. It's also the first 4-stroke to utilize an oil cooler, ensuring that all that horsepower is available under every condition. Added up, the DF140A provides heavy-duty performance and long-lasting durability in a lightweight package.

Suzuki DF250 was the first 250 horse power V-6 four-stroke outboard on the market. This is the motor that started it all and has a showcase full of trophies and awards to prove it. If you are buying a new boat or repowering a trusty companion, make it a one stop shop and rig that boat with a new Suzuki DF250 V-6. You’ll be glad you did.

“The Ultimate 4-Stroke Outboard”. Since its introduction, Suzuki's flagship 300 hp V6 has been a showcase for advanced technologies and designs. The award winning DF300AP incorporates "Suzuki Selective Rotation" - the world's first outboard that combines standard and counter-rotation operation into the same lower unit. Two-Way low water pick up inlet provides engine cooling with increased water flow. The DF300AP also features “Suzuki Precision Control”. This fly-by wire control offers silky smooth shifting and throttle response. The addition of "Suzuki Lean Burn Control" with "Oxygen Sensor" can provide an improvement in fuel efficiency, especially while cruising on the long run home . Go with a Proven Winner, Go Suzuki. *Now Available in Cool White*

New outboard motors have fueled a demand for larger boat designs that previously may have been powered by stern drive or other inboard power. Suzuki has embarked on a major engineering expedition to build the Ultimate 4-Stoke Outboard Motor. The engine design can include larger displacement and adding turbo chargers or superchargers. Once you have all of that horsepower, now the challenge is getting it to hook up or grab traction in the water. Suzuki Engineers labored through years of trial and success with computer simulations and on water testing to significantly improve the way an outboard motor converts engine power to underwater thrust.