3-dof flight simulator& Force feedback controller

Flight simulators are devices in which air crews and pilots can train without the use of an actual aircraft . In flight training, they are used mainly to reduce costs and increase safety. In their most sophisticated form, they simulate an aircraft?s vehicular motion, instrumentation and soun

Project Title

3-dof flight simulator& Force feedback controller

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

Flight simulators are devices in which air crews and pilots can train without the use of an actual aircraft . In flight training, they are used mainly to reduce costs and increase safety. In their most sophisticated form, they simulate an aircraft’s vehicular motion, instrumentation and sounds, gravitational forces, radar and electro-optical sensor displays, and out-the-window views. According to the USA’s Federal Aviation Administration (FAA) regulations, any device called a Flight Simulator must have at least one motion platform, otherwise it can only be termed a Flight Training Device . Therefore, the vehicular motion platform in flight simulator is one of the most important parts.

Although it is not necessary to be able to continuously rotate in all orientations, a flight simulator of a Aircraft needs to be able to roll and pitch an  to perform most motions of a Aircraft. Therefore, the purpose of this study is to 3 basic motion  flight simulator.

We have an additional part of this sdp with  simulator is our hand made force feedback controller or joy stick to control and give information to this flight simulator.

Today many aircrafts apply side stick for manipulation because the side stick can supply wide vision during the pilot manipulation and make the pilot comfortable. The traditional passive side stick (PSS) cannot feedback information to the pilot and make them hard feel current flight status of the aircraft. To improve the pilot situation awareness, Hosman first proposed the concept of active side stick (ASS), and the flight state information of the aircraft can be feedbacked to the pilots in the form of stick force.

This simulator is a basic learning machine for a pilot as well as for a avionics student  we are  avionics for us us it is a challenging project and interesting project for us this flight is very cheap price and affordable for our middle family student  and  through which we can learn basic  axis of an aircraft. This simulator can be  used in the military. This technology is now facing an uplift in the commercial sector as well. The places where it is tedious or difficult or dangerous for a human to be at or to go; through this system, we can achieve those tasks or milestones. The main focus here is to learn how to  controlling aircraft.

Project Objectives

Advancements can be introduced by a number of factors to any System with standards using advance study and research methods. However when talking about any specific system like advancement in any particular avionics system we can choose alternative methods for making advance movements in a system. Allowing students to study and providing open research based systems to those who indeed show interest in learning and making progress to system is normal way to make innovation in any system. This project allow any aviation industry as well as military to take benefits like commercializing and finding new talent from new generation and improvise systems in many ways. Whereas studying and innovating of systems has many different ideas like implementation of system in any local airports  and improvising our system to the extent of Autonomous while our Aircraft would become totally free  from any accidents. New engineers will be able learn machine learning faster and systems would be easy to learn and use.

Project Implementation Method

Advancements can be introduced by a number of factors to any System with standards using advance study and research methods. However when talking about any specific system like advancement in any particular avionics system we can choose alternative methods for making advance movements in a system. Allowing students to study and providing open research based systems to those who indeed show interest in learning and making progress to system is normal way to make innovation in any system. This project allow any aviation industry as well as military to take benefits like commercializing and finding new talent from new generation and improvise systems in many ways. Whereas studying and innovating of systems has many different ideas like implementation of system in any local airports  and improvising our system to the extent of Autonomous while our Aircraft would become totally free  from any accidents. New engineers will be able learn machine learning faster and systems would be easy to learn and use.

Benefits of the Project

Advancements can be introduced by a number of factors to any System with standards using advance study and research methods. However when talking about any specific system like advancement in any particular avionics system we can choose alternative methods for making advance movements in a system. Allowing students to study and providing open research based systems to those who indeed show interest in learning and making progress to system is normal way to make innovation in any system. This project allow any aviation industry as well as military to take benefits like commercializing and finding new talent from new generation and improvise systems in many ways. Whereas studying and innovating of systems has many different ideas like implementation of system in any local airports  and improvising our system to the extent of Autonomous while our Aircraft would become totally free  from any accidents. New engineers will be able learn machine learning faster and systems would be easy to learn and use.

Technical Details of Final Deliverable

The risks and threats which the project and team can face during the project period of 12 months are as follows:

1.Time management:

                                   All the team members do participate in extracurricular activities 2 members are from out of Karachi. So time management can be a risk to the project.

2. Under communication:

                                Miscommunication is a vital risk that can put a project at great risk. Although all the team members are well  jelled  but still it's a risk.

3. Lack of team resources:

                                                 Team consists of 3 members. If anyone gets sick and takes medical leave for more than 2 weeks, it will be a big issue and risk for completing the project in time.

5. Budget Management:

                                      In order to overcome this issue, the team will keep a constant check on the market price of the components used and keep updating as to what has been bought and at what price so that the total budget and the expense so far, can be analysed side by side all the expenses can be kept in check so that the team doesn’t go over the budget.

Final Deliverable of the Project

Hardware System

Core Industry

Others

Other Industries

Core Technology

Others

Other Technologies

Sustainable Development Goals

Required Resources

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