Brunswick Corporation

Todd D Dannenberg

Ryan C Abellera

John I S Park

Stephen R Collins

Travis J Vaninetti

Piotr Zin

Matthew Z Seta

Robert A Podell

Mark W Henker

Yana V Foltice

Fernando Pardo

Adil Ali

Travis C Malouf

Aaron J Ward

Matthew Eric Derginer

Kevin M Moore

Troy R Brockdorf

Philip Ma

Jeffrey A Zarembka

Brian J Poirier

William R Robertson

Taj L Puetz

David M Foulkes

Drew A Johnson

Suresh Venigalla

Tim Dze-How Chuang

Glen Arthur Noda

John Is Park

John C Sodano

Thomas M Weger

Rob Podell

Bruce Heidel

Battery

Outboard motor

An adaptable throttle unit for controlling a marine drive. A housing having first and second sides is coupleable to a marine vessel in a first orientation with the first side above the second side and in a second orientation with the first side below the second side. A throttle lever is configured to be rotatably coupled at an end to the housing such that a handle is above the end both when the housing is in the first orientation and in the second orientation. A sensor measures rotation of the throttle lever. A controller requests forward propulsion of the marine drive when the sensor measures rotation of the throttle lever in a first direction and the housing is in the first orientation, and alternately reverse propulsion when the sensor measures rotation of the throttle lever in the first direction when the housing is in the second orientation.

Adaptable throttle units for marine drives and methods for installing them

Tiller

Cowling for an outboard motor

Outboard motor tiller

Carabineer containing a wireless electronic fob for a marine vessel

A docking system for a marine vessel includes a user input device configured to facilitate user selection of a docking surface, the user input device comprising a direction indicator display including at least two direction indicators each configured to visually indicate a direction with respect to the marine vessel and a control system. The control system is configured to determine a direction of a potential docking surface with respect to the marine vessel and control at least one of the at least two direction indicators on the direction indicator display to indicate the direction of the potential docking surface with respect to the marine vessel.

Marine propulsion control system, method, and user interface for marine vessel docking and launch

Remote control for a marine vessel

Growing community of inventors

Fond du Lac, WI, United States of America

Todd D Dannenberg