1. MODIFICATION OF A TWO
WHEELER TO OVERCOME
EXISTING PROBLEMS
1
Team Reg. No. : 14259

2. Guided By:
Prof. Chitralekha Nahar
Mechanical Department
Saffrony Institute of Technology
Prepared By:
Parth Solanki (120393119029)
Aniket Patel (110390119030)
Hanee Patel (110390119036)
Raj Soni (110390119025)
7th
Semester
Mechanical Department
Saffrony Institute of Technology

4. • Modification of a two wheeler to overcome the
existing problems by improving the performances,
stability and control.
• The vehicle will be easy to learn for all age group.
• The vehicle will have improved turning regardless of
traction and making it to run on muddy and slippery
road.
• Modified vehicle will eliminate the fear of falling and
will more safe to ride.

5. Balancing on rough roads
Lack of stability while turning

6. Skidding on slippery roads
Fear of falling

7. Difficult to learn
Difficult to drive for old and
physically challenged
people

8. Difficult to drive for old and
physically challenged
people

9. SAFE RIDE

11. GEOMETRIC MODEL
ELEMENTS Of GEOMETRIC MODEL in CREO 2.0
 Wheels
 Control arms
 Mechanical links
 Knuckle joints

12. LAW OF PARALLELOGRAM

13. TILTING WHILE TAKING A TURN
TILTING WHILE DRIVING ON
STRAIGHT PATH

14. • This vehicle will have more stability than
two wheeled vehicle.
• This vehicle will be easy to control.
• There will be reduction in skidding of vehicle
on slippery surface.
• It will be less tiresome in traffic condition.
• It will be easy to learn for all age group
including physically challenged people.
• The ride will be more comfortable and
smoother.
• There will be ease in taking sharp turns.

15. • It will have 50% more braking power.
• Modified suspension system will have efficient
damping of shocks and vibration.
• It will be easy to learn for all age group including
physically challenged people.
• The ride will be more comfortable and smoother.
• There will be ease in taking sharp turns.
• It will have 50% more braking power.
• Modified suspension system will have efficient
damping of shocks and vibration.
• It will be less tiresome in traffic condition.

16. • Increases the weight of vehicle.
• Requires more power to propel.
• Increase in maintenance.
• Increase in cost of vehicle.

17. TASKS DURATION START FINISH
IDEA GENERATION AND
RESEARCH
18 Days Jul-02- 2014 Jul-20-2014
MARKET SURVEY 10 Days Jul-05-2014 Jul-15-2014
TITLE FINALIZATION 10 Days Jul-21- 2014 Aug-10-2014
DESIGN 38 Days Sep-3-2014 Oct-10-2014
DOCUMENTATION 3 Days Oct-29-2014 Nov-01-2014
DESIGN MODIFICATION 10 Days Dec-20-2014 Dec-29-2014
MATERIAL PROCUREMENT 8 Days Jan-02-2015 Jan-10-2015
FABRICATION 48 Days Jan-11-2015 Feb-27-2015
VALIDATION 6 Days Mar-01-2015 Mar-06-2015
DOCUMENTATION 13 Days Mar-07-2015 Mar-20-201534