Honda Motor Co., Ltd.

Honda Giken Kogyo Kabushiki Kaisha

Kenji Tako

Hirotsugu Ueno

Daisuke Takahashi

Tetsuya Nakazawa

Akira Omae

Yasuhiro Sato

Koji Yaginuma

Hiroyuki Ozawa

Hiroyuki Miyazaki

Masamoto Ito

Hiroaki Tsukui

Osamu Suzuki

Yoshitaka Suzuki

Naoki Kuwabara

Yoshitaka Kubota

Teofilo Plaza

Nobutaka Wakita

Takefumi Okubo

Kihoko Kaita

Yukinori Kawaguchi

Fujio Nakamura

Yukinori Kurakawa

Masayuki Fujita

Masato Nagata

Kenichi Misaki

Takatsugu Kido

Kyosuke Kitayama

Kanji Hayashi

Haruomi Sugita

Yukiya Ueda

Tetsuo Kojima

Hiroyuki Iwasaki

Takahiro Asakawa

Hiroshi Tatsumi

Hidekazu Iwata

Shyunya Takeshita

Kengo Kanazawa

Tomohiro Sone

Naoki Kuwahara

A front fork capable of reducing an unsprung weight of the arm-shaped front fork, optimizing rigidity, and improving appearance is provided. A front swing arm includes a left and right arm portions, and a bridge portion integrally connecting the left and right arm portions, a first lightening hole, a second lightening hole and a third lightening hole are provided in the arm portion, the first lightening hole, the second lightening hole and the third lightening hole are covered with a reflector provided to be exposed to an outer side surface of the arm portion from outside.

Front fork for saddled vehicle

Motorcycle or motorcycle replica

Side cover for motorcycle

Storage box for motorcycle

A saddle type vehicle wherein an engine and an electrical component can be cooled with a high efficiency by cooling air. An electrical component case which accommodates an electrical component therein is provided in front of an engine and functions as a rectification member provided integrally with the electrical component to shunt and guide the flow of air to the engine and the electrical component. Further, the saddle type vehicle includes a rectification unit provided separately from the electrical component and functioning as a different rectification member for guiding the flow of air to the engine.

Saddle type vehicle

A front structure of a motorcycle where a larger amount of air can be directed to the inside without increasing the size of the vehicle. A front structure of a motorcycle includes a front fork steerably mounted on a front portion of a vehicle body frame and supporting a front wheel thereon. A front fender is provided for protection from mud being splashed by the front wheel. A duct, through which air flows, is formed on a side surface of the front fender. An air intake opening, for taking in the flow of air, is formed on a front end of the duct with an air discharge opening directed inwardly in the vehicle width direction being formed on a rear end of the duct. The rear end of the duct opens to an inside of an inner surface of the front fork.

Front structure of motorcycle

A rear carrier is provided with a base panel that is provided on a side of a vehicle body, and a top panel that is positioned on an upper part of the base panel. The top panel is composed of a fixed top panel that is provided to the base panel, and a movable top panel that is configured to be slidable to a rear side with respect to the base panel by slide mechanisms. Respective upper surfaces of the fixed top panel and the movable top panel are positioned on the same plane. Top box support parts for supporting a top box are provided to exposed parts that are provided to the base panel and/or the top panel in order to be exposed by sliding the movable top panel.

Rear carrier for saddle-ride vehicle

A vehicle body front structure of a saddle-type vehicle includes a headlight and a front cowl with rearview mirrors being attached on the left and right sides of the upper part thereof. A lens surface of the headlight and the upper part of the front cowl each have a surface that is inclined so as to extend upwardly and rearwardly to form a front cowl surface continuously covering the vehicle body front surface. A step part protruding more in a forward direction than the lens surface is made at the connection part between the front cowl and an upper edge of the lens surface of the headlight. This step part extends outwardly in the vehicle width direction to the base parts of the rearview mirrors along the upper edge of the lens surface with mirror-side overhang surfaces continuously leading to the step part.

Vehicle body front structure of saddle-type vehicle

A saddle riding type vehicle without a case body for surrounding rear direction indicators. A rear portion of a motorcycle includes a rear cowl covering sides of a vehicle body frame, a grab rail disposed on vehicle body sides of a rear occupant seat of a tandem seat above the rear cowl, a rear lamp assembly in the rear of the rear occupant seat and a rear mudguard under the rear lamp assembly. The grab rail includes a lower plate and an upper plate attached on the lower plate with the grab rail extending to a rear of the rear occupant seat. A left and a right of the grab rail are integrated with each other to wrap around the rear of the rear occupant seat. The grab rail has an opening portion opened to the rear with the rear lamp assembly being collectively housed in the opening portion.

Rear structure of saddle riding type vehicle

Motorcycle

Rear cowl for motorcycle

Front cowl for motorcycles

An electric vehicle wherein a seat post is provided as one of the components of a body frame for housing a battery. The body frame includes a main frame, a seat frame, a roof frame, and a shield support part. The main frame includes a battery case which is continuously integral with a rear portion of a head pipe wherein the battery is housed. The seat post is continuously integral with a rear portion of the battery case. The seat frame is configured to be connected to the upper end of the seat post for positioning a seat. The roof frame rises from the rear end of the seat frame and supports the rear end of a roof. The shield support part is provided on to project from a head pipe and, together with the windshield, supports a head lamp disposed on the front surface side of the windshield.

Electric vehicle

Growing community of inventors

Wako, Japan

Kenji Tako