*‘Sail Away’ on 2.5 to 30hp tiller-controlled models the price includes dealer pre-delivery charges. Tiller models 40HP and above excludes pre-delivery costs.
*Summer Steals promotional price on tiller models 70HP and above excludes pre-delivery costs.
“Manufacturer’s Suggested Retail Price” (MSRP) excludes fitting and associated costs.
‘Sail Away’ on Suzumar inflatable boat package includes the inflatable boat, outboard motor, and associated pre-delivery charges. Excludes trailer and fitment to a trailer.
^ Comparison rate is calculated on a secured consumer fixed rate loan of $30,000 for a term of 5 years. WARNING: This comparison rate is true only for the examples given and may not include all fees and charges. Different terms, fees or other loan amounts might result in a different comparison rate.
Information provided is factual information only, and is not intended to imply any recommendation about any financial product(s) or constitute tax advice. If you require advice you should consult a licensed financial or tax adviser.
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Information is current as at 10/12/2024 and subject to change. Suzuki Australia Pty Ltd is a trademark of Suzuki (ABN 57 001 828 164).
All applications for credit are subject to lender assessment and eligibility criteria. Terms, conditions, fees and charges apply.
Suzuki Finance is a trading name of Suzuki Australia Pty Limited ABN 57 001 838 164 and has partnered with Stratton Finance ABN 63 070 636 903 Australian credit licence 364340 an asset finance broker that has access to a panel of lenders that offer marine and motor finance.
Suzuki Marine may receive a financial benefit for referrals that result in a settled loan with one of Stratton Finance’s panel of lenders.
*Interest rates range from 7% p.a. – 12.29% p.a.. (Comparison rates range from 7.9% p.a. – 13.61% p.a.^). The actual interest rate will depend on the borrower’s circumstances and financial situation.
^Comparison rates are calculated on a secured loan of $30,000 and a term of 5 years. WARNING: The comparison rate is true only for the examples given and may not include all fees and charges. Different terms, fees or other loan amounts might result in a different comparison rate.
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(From left, Shizuoka University Campus, lab where research will be conducted.
Both provided by Shizuoka University)
Suzuki Motor Corporation (hereinafter “Suzuki”) and National University Corporation Shizuoka University (hereinafter “Shizuoka University”) has signed a joint research agreement regarding microplastic identification technology utilizing the adhering and colouring properties of proteins to plastic.
As part of the Suzuki Clean Ocean Project, Suzuki developed a microplastic collecting device (MPC) that can be equipped on outboard motors, and began sales in July 2022 as standard equipment on select models. We are analysing the substances collected with the MPC, and the development to improve our product capabilities is ongoing. In addition to microplastics, substances collected with the MPC include sand, wood scraps, and microscopic marine organisms, and manual and visual sorting requires experience and skill. The collected materials are not analysed at monitoring points in Japan and overseas, but are analysed at the head office, making efficiency improvement an issue.
Shizuoka University has strengths in research utilizing enzymes and proteins possessed by microorganisms, and they have knowledge in those fields regarding the adhering properties of proteins. An interest in this research and knowledge by a member of Suzuki's Marine Technical Center led to this joint research.
The protein used in this study has the property of adhering to plastics and colouring it. The colour differs depending on the combination of protein and plastic. Taking advantage of this property, by adhering and colouring the plastics that have been collected with the MPC with proteins, it enables accurate and quick identification of plastics and its type. In addition, image recognition will make it easier to obtain data from monitoring points in Japan and overseas, leading to timely development.
Customers using MPC-equipped outboard motors have requested that they want to keep track of the amount of microplastics they have collected easily. In the future, we hope we will be able to visualize the amount and type of plastic collected through image recognition by putting this identification technology into practical use, which will bring our efforts to reduce marine plastic waste closer to home.
Through this joint research with Shizuoka University, we wish to acquire microplastic identification technology to support customers' interest and efforts to protect the marine environment, and to contribute to the improvement of the marine environment.
