top of page

DF9.9B is the most technically advanced portable outboard on the market today. This is the world’s first 9.9 hp outboard motor designed with Lean Burn and Battery-Less Electronic Fuel Injection. The DF9.9B is a smooth running “Next Generation” four stroke which delivers quick starts, great acceleration, awesome performance and superior fuel economy.

5-YR-WRNTY-CHROME-EN.png

A REVOLUTION IN INNOVATION

State-of-the-Art designs make the new DF9.9B most technically advanced portable outboard on the market today. 

FUEL EFFICIENCY

The DF20A, 15A and 9.9B hold claim to being the world’s first battery-less electronic fuel injection four-strokes in each of their power classes. Using all-new fuel injection system components designed smaller and lighter than those found in any previous system, Suzuki engineers succeeded in creating the lightest four-stroke in the 14.7kW (20PS)/11.0kW (15PS) class. And adding Suzuki’s proven Lean Burn Control technology to their design, these outboards deliver remarkable fuel economy and reduced emissions throughout their operating range.

DF20A-lean_burn_control_system.png

POWER TILT MODELS AVAILABLE

In addition to the DF20A/15A/9.9B, Suzuki’s portable lineup also includes four power tilt models which are the DF20AT and 9.9BT remote control models, and the DF20ATH tiller handle models

DF20A-power_till_models.jpeg
cleaner (1).png

CLEANER, MORE EFFICIENT OPERATION

lean_burn-e1629398970739-2-e1647615777382.png

LEAN BURN

Lean Burn is a Suzuki patented technology that optimizes and reduces both fuel consumption and costs, delivering, under specific conditions, a better air/fuel ratio and greater fuel savings.

Fuel combustion needs a specific amount of air, this air/fuel ratio is called the stoichiometric ratio. Lean Burn system control changes this ratio to the benefit of lower consumption.

This creates a longer burn time and a more controlled explosion of the fuel, over the full downward stroke of the piston. This in turn means that there is power over the whole combustion stroke and subsequently a more efficient and complete burning of all the fuel available; leading to more power for less fuel and fewer emissions.

bottom of page