Reverse Trike Formula Car

Project Title

Reverse Trike Formula Car

Project Area of Specialization Mechanical EngineeringProject Summary

The main idea of our project is  to create a smaller, energy efficient vehicle for personal transportation with maximum performance and higher stability. So, we are  working on a project which uses bike engine we are shaping it according to aerodynamics .So basically, we a making a vehicle which is not a bike nor a car specifically and we named it Reverse Trike Formula Car.  
A Reverse Trike can be identified as having a single rear wheel driving the motorcycle with two wheels steering the front. 
 

Project Objectives

We basically work on reverse Trike setup because of the simplicity in design, high performance, easy
maintenance, and safety at very reasonable prices. Our propose project covers these key areas:

1.  Stabilized Three-Wheeled Vehicle
2.  Leaning Vehicle with Centrifugal Force Compensation
3.  Anti-Rolling Device for Vehicles
4.  Compact
5.  Attractive
6.  Better equilibrium.
7.  Safer
8.  Comfortable
9.  Emerging idea
10.  Cost efficient
11.  International competition participation

Project Implementation Method    Design & Fabrication Of Reverse                      Trike Formula Car   Design and Engineering

1. Part Selection
2. Chassis Design
3. Suspenstion System design

Reverse Trike Fabrication

1. Procurement
2. Reverse trike assembly
3. Suspention system assembly
4. Final assembly
5. Testing

Part Selection	Chassis Design	Suspension System	Procurement	Reverse Trike Assembly	Suspension System Assembly	Final Assembly	Testing
Power Train Component	force evaluation	load analysis	procurement process	pipe work	Organize Parts	Steering system assembly	Manual inspection of welding and assembly
Electrical Component	Ergnomics	Dynamic simulation	deliver parts to assembly line	joint work	Assemble front Suspension	power train assembly	Acceleration test
Tires	Material Analysis	Material analysis		Painting	Assemble rear suspension	Breaking system assembly	Breaking Test
driver gear	weight analysis	Final drawings		Construction	Deliver to final assembly	Detail and customization	Endurance Test
breaking system	final drawings			Levelling/Adjustment		Painting
steering system components				Deliver to final assembly
miscellaneous components

Part Selection Power Train ComponentElectrical ComponentTiresdriver gearbreaking systemsteering system componentsmiscellaneous componentsBenefits of the Project

• This is an emerging concept which is more stable, efficient in speed and safety with lower maintenance.
• Also, this design will minimize the natural road accidents like those occur in two-wheeler vehicles.
• And, due to cost effectiveness and efficiency our proposed project could be a good replacement for the customers that cannot afford the four wheelers.
• Moreover, handi-capped people can also use this vehicle easily instead of bikes. and also if our project is taken into considerations on national level  industrial setup can also be initiated by which people can get jobs and can also increase country's economy.

Technical Details of Final Deliverable

• Engineering Knowledge    
   
•  Problem Analysis 
   
•  Design/Development of Solutions 
   
•  Investigation
   
• Modern Tool Usage 
   
• The Engineer and Society 
   
•  Environment and Sustainability 
   
•  Ethics 
   
•  Individual and Teamwork
   
• Communication 
   
•  Project Management 
   
•  Lifelong Learning 
   

Final Deliverable of the Project Hardware SystemCore Industry ManufacturingOther Industries Transportation Core Technology Shared EconomyOther TechnologiesSustainable Development Goals Decent Work and Economic Growth, Industry, Innovation and Infrastructure, Responsible Consumption and Production, Partnerships to achieve the GoalRequired Resources

Elapsed time in (days or weeks or month or quarter) since start of the project	Milestone	Deliverable
Month 1	Chassis Design & Modelling in solid works	Achieved
Month 2	Chassis Simulation and Aerodynamic Calculations	Achieved
Month 3	Market survey	Achieved
Month 4	Part selection (engine, chassis material, miscellaneous component) Chassis pipe purchasing	Achieved
Month 5	Chassis Welding (Arc Welding)	Achieved
Month 6	Installation of Wishbone, Upright, Steering system, Braking system and other components	Achieved
Month 7	Engine installation, power train	Achieved
Month 8	Final Testing	Achieved