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Kettering Kettering University University Clean Snowmobile Challenge March 23 rd – April 1 st , 2001 Presented by: Kyle Schwulst and Andrew Stahr

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Kettering University. Clean Snowmobile Challenge March 23 rd – April 1 st , 2001. Presented by: Kyle Schwulst and Andrew Stahr. Base Snowmobile. Yamaha V-Max 600 600cc carbureted 2-stroke engine Standard continually variable transmission (CVT) - PowerPoint PPT Presentation

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Page 1: Kettering University

Kettering UniversityKettering University Clean Snowmobile Challenge

March 23rd – April 1st, 2001

Presented by:

Kyle Schwulst and Andrew Stahr

Page 2: Kettering University

Base SnowmobileBase Snowmobile

Yamaha V-Max 600 – 600cc carbureted 2-

stroke engine– Standard continually

variable transmission (CVT)

– Limited adjustability rear suspension

Picture Courtesy of Yamaha Corp.

Page 3: Kettering University

Snowmobile ModificationsSnowmobile Modifications

Daihatsu 659cc engine Stock engine cooling No chassis modifications Modified Oil Pan for lower

installation height CVT and bearing adaptor to

engine flywheel

Page 4: Kettering University

Wiring harness Sporty hood appearance Exhaust system design E-85 compatibility

Snowmobile ModificationsSnowmobile Modifications

Page 5: Kettering University

Team Fast M-10, long travel, highly adjustable suspension

Camoplast 1.0” rear track Lightweight components

Suspension and Final DriveSuspension and Final Drive

Page 6: Kettering University

Preliminary ResultsPreliminary Results > 80% noise

reduction (-10 dBA)

> 99% THC reduction

> 96% CO reduction

Performance and cost comparable to 600cc class snowmobile

+ =

Page 7: Kettering University
Page 8: Kettering University

Questions?Questions?

Page 9: Kettering University

Kettering CSC ObjectivesKettering CSC Objectives

Reduce noiseReduce emissions Maintain overall performanceCost effective Ease of manufacturabilityReliable

Page 10: Kettering University

Desired Drivetrain Desired Drivetrain CharacteristicsCharacteristics

Fuel Injection– Electronic engine control– Automatic altitude adjustment

Minimal use of custom partsComparable power to 600cc two-stroke

Page 11: Kettering University

Why not other motors?Why not other motors?

Direct injection two-stroke– Complex control mechanism– Undesirable emissions characteristics (max.

75% reduction)

Rotary engine– Lack of availability – Undesirable emissions characteristics

Page 12: Kettering University

Marine four-stroke– Physical engine layout incompatibility – Undesirable emissions characteristics

Motorcycle four-stroke– High mechanical noise emissions– Potential for undesirable emissions

characteristics

Why not other motors?Why not other motors?

Page 13: Kettering University

Daihatsu Mira 659cc 4-strokeDaihatsu Mira 659cc 4-stroke

OEM 659cc displacement Meets stringent Japanese

2006 vehicle emissions standards

OEM fuel injected OEM turbocharged/

intercooled OEM electronic engine

control OEM integrated catalyst