AeROBOTics
Aerial Robotics
- Introduction
- Problem Statements
- Rules and Regulations
- Event Format
- Scoring System
- Registration
- FAQ
- Contact
- Selected Teams
- Info for Participants
Aerial Robotics_Introduction
Do you
- find it difficult to take your eyes off an aeroplane every time it flies over your head?
- think every flying machine needs a pilot?
- want to make a flying machine which doesn't need a pilot?
The AeroClub IIT Madras, presents to you, this Shaastra, for the first time , Aerobotics, a competitive event with exciting combination of both aeromodelling and robotics.
At SHAASTRA, we help the quintessential aeromodeller realize, that he stands on the tip of a mountain beyond which lies the realm of automated flying.In effect to that, the AeroClub of IIT Madras will be providing the participants with limited technical support regarding the problem statement.
The event is aimed at helping the participants realize, how easy it is, to
actually make an autonomous flying vehicle by just borrowing some ideas
from robotics. The event is a first step towards automatic control and piloting a UAV. This event addresses a much simplified problem of 2-D control and counter-drifting.

Aerial_Robotics_PROBLEM_STATEMENT
Come to the aid of the Indian military forces .
Help them in their mission to move into an enemy territory unnoticed .
A trail has been secured by the Special Operations Team and the path marked with a white line.The special Operations Team finds out that the path is an uneven terrain and with mines making it difficult for any true Land Transport difficult. The Military asks you for an automatic transport to traverse across without detonating the mines and as swift as possible.The system should be capable of operating during covert night strikes.
Design and build an electric-automated system satisfying the below said rules that traverses a given path marked by a line(white line on a dark background) and reaches the destination without taking contact support * from the ground.
Conditions:
**SYSTEM**
- The system should start from rest at a specified point on ground and then land at the destination.
- The system has to fit in a 40cmX40cmx40cm cuboid.
- Only electric motors are allowed. IC-Engines are not to be used.
- The battery power pack used to power the system should not exceed 12V [or of that of a 3-cell LiPo (Lithium ion Polymer) battery or equivalent].
- Maximum altitude of flying should be less than 2.5m.
- The weight of the system should not exceed 4 kg.
- It is necessary that, if the system moves away from the path and does not seem to return in some time, your motor should switch off automatically.
**ARENA**
- The path could be in any reasonably curvy shape ( without sharp turns and without criss-cross ).
- There would be a white line of 10cm thickness (on a black background).
- The destination is marked by a White square of size 90cm X 90cm.
- The arena could be a sunlit open space or a dimly lit hall .Electronics and controls should work in both the environments.
*Although the participant is not allowed to let the system rest on the ground, it's acceptable if the system hovers close to the ground or even grazes the ground without taking support from the ground. Participants are requested to contact the coordinators for further clarification in this regard.
A walk-through on the problem statement and possible solutions is attached below.
| Attachment | Size |
|---|---|
| Aeroboticswalkthru.pdf | 106.29 KB |
Aerial_Robotics_Rules
- Ready to make or ready-made kits CAN be used.Readymade manually controlled base vehicles like RC heli,hovercraft,quad rotor etc can be used.Note that the base vehicle has to be a manually controlled one when bought.Implementation of the automatic control of the system has to be done by the participant.
- The electronics and control should be implemented by the participants.Electronic sensor modules can be used.
- The system has to be completely independent and automated(no wired or wireless control allowed).Manual (wired or RC) control is not allowed.
- All the processing should be on-board.
- The participant should confirm, whether the chosen design is allowed or not, with the Co-ords before finalizing and working on the design. Any model brought to the event which varies from the submitted design is subject to disqualification.
- A team can comprise of maximum 6 members.The members need not be from the same institution.
- The rules and regulations can be modified at a later point of time .Kindly keep checking the site for updates.
- Decision of Co-ords is final and is binding on the participants.
Aerial_Robotics_Event_Format
Any number of teams from a college can register.
And a team can have members from different colleges.
Event duration :1 day of SHAASTRA
To register for the event, participants must register for team event in the user portal and
Upload the given registration form with "Registration: Your Team Name" as the the file name.The format for registration form can be downloaded from the link below.
The preliminary shortlisting will be based on the write up in the registration form .The write up must contain a schematic on the base vehicle design ,the electronics used and a brief explanation of the working.Note that the bot need not be complete before registering.The write-up should describe your idea for the solution
Preliminary event will be conducted on the same day of the main event where specifications are verified and participants are shortlisted for the main event.
Important Dates:
- Registration begins on: 25th August 2009
- Last Date of Registration (complete with portfolio) : 15th September 2009
- Declaration of Selected Participants : 17th September 2009
| Attachment | Size |
|---|---|
| Aerobotics_regnform_your team name.doc | 145.5 KB |
Aerial_Robotics_Scoring
SCORING FORMULA
General Rules:
All bots should conform to the size and weight restrictions to be allowed to participate.
The bot should stop if it goes out of the white line. (Due to issues of safety of the bot and the onlookers).
The scoring formula is designed to encourage finishing
the task reliably rather than doing it fast.
The primary criteria for winning are finishing without
committing violations and being able to stop at the Finish Area. Time of flight
will be the deciding factor only in case of a tie.
The trick lies in optimising, the speed versus
accuracy of the bot.
A slower bot with no violations may win over a fast
one which does not complete tasks.
Each participant will be given a maximum of 3 min to complete each trial.
The best of three trials for each team is evaluated as the score of the team and the time taken for the best trial is also taken down.
The total points for the trial is calculated as Percentage
of total length covered + halfway point bonus (50) - violation deductions (20
per violation) + stop bonus (30)
Where,
The % length covered by bot is calculated from the last known place of the bot
in the track when the trial ends.
Halfway point
bonus will be awarded only if the bot crosses and
continues to travel along the curve-path in the track
Violation Rules:
Stop bonus: Stop bonus will be awarded only if the bot lands/stops completely within the stop area. The bot should be on the ground after the stop.
Detailed scoring formula and Arena description can be found in the pdf whose link is given below:
The black track with white line could be laid on any flat surface like concrete,plywood, mud,grass etc..But the track and line assured to be reasonably flat without ups and downs.The Orange colour in the ARENA is only representative and that cant be assured.
| Attachment | Size |
|---|---|
| Arena_scoringv1.1.pdf | 155.68 KB |
For registering for this event kindly visit the userportal and register as a user.Form a team and then register for Aerobotics under the category "team events".The format of the registration form is given below.Upload the completed registration form in the user portal.For accommodation, participants will need to register separately with hospitality.Though we would try our best to provide accomodation to all outstation participants who require accomodation,we cannot give any assurance in this regard.Hospitality link is
http://www.shaastra.org/2009/site/hospitality
The last date for registration is extended to 15th Sep,2009
| Attachment | Size |
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| Aerobotics_regnform_your team name_ext.doc | 253 KB |
Aerial_Robotics_FAQ
- Do i need to register for this event?
Yes, Registration for AeROBOTics is mandatory.
Details of Registration can be found in the Event Format Tab - Who can participate?
Anyone who is a student of any college or university in India or from abroad can participate. - Will i get battery chargers at the venue?
You shall be provide with 220-230 V a/c power supply at the venue. All charging equipments and electronics must be brought by the participants - Will RC control be allowed?
No, RC equipment of any kind should be used. The Bots should be completely autonomous. - Will Computer access be available?
No,Participants should bring their own laptops(if desired). - What readymade parts can be used?
Ready made base vehicles like RC heli,hovercraft,quad rotor etc can be used.Also propellers, motors, batteries, actuators and small electronic modules can be used.(Pls. mention and confirm the electronic modules from us before using them.) - Are hovercrafts allowed to be used?
Yes, hovercrafts can be a possible solution. Other solutions possible are quad rotors, helicopters or any other ground effect vehicles. You can use any system which conforms to the mentioned specifications. It is advised to inquire the coordinators about the system you plan to use and confirm its eligibility beforehand.Mail any queries to aerobotics@shaastra.org with query in the subject line. - Will the path be criss-crossed or loopy?
There wont be any crossing of lines. It would be a simple curvy path(something like S shape) More details on the arena will be put up shortly - Will updates/minor changes in the problem statement be informed ?
Participants are advised to check the site regularly for updates.The changes would be highlighted. - Will the terrain be uniform?
Yes.As far as the terrain is concerned, it will be flat and plain,without much undulations (Either concrete,or asphalt-road or earthen track-field could be the terrain )..The lines will either be painted on the surface or be covered with PVC sheets with lines drawn on them.
Aerial_Robotics_Contact
And for our convenience, kindly send mails with details like your name, college name,place,team members,branch and year of study .
List of selected teams
The tentative List of Selected teams :
| Sl.No. | TEAM NAME | COLLEGE NAME |
| AR01 | acmebots | SBMJCE |
| AR02 | aero_iitk | IIT-KANPUR |
| AR03 | AEROBOTS | VELTECH ENGINEERING COLLEGE |
| AR04 | AEROFIGHTERS | BITS PILANI |
| AR05 | AEROKNIGHTS | MAHESHWARA INSTITUTE OF TECHNOLOGY |
| AR06 | AEROSTYLERS | KARUNYA UNIVERSITY |
| AR07 | amateur | SVCE |
| AR08 | Anomaly | Toc H Institute of Science & Technology |
| AR09 | AURORA | KARUNYA UNIVERSITY |
| AR10 | Aviator | Global Institute of technology |
| AR11 | bot_boyz | MSRIT+east Point |
| AR12 | DRAGON FLYER | VIT |
| AR13 | Extreme Dreamers | Hindustan College Of Engineering And Technology |
| AR14 | FALCON | multiple( vellamal+ nit-w + easwari) |
| AR15 | FLOYD | Msrit |
| AR16 | FUTURE-TECH | MSRIT |
| AR17 | Garuda | BMS |
| AR18 | graphite | KIT+HIT |
| AR19 | hicet aero | Hindustan College Of Engineering And Technology |
| AR20 | HINDUSTAN_HAWKS | Hindustan College of Engineering |
| AR21 | Ihover | KARUNYA UNIVERSITY |
| AR22 | incredible | PEC |
| AR23 | KARUNYA | KARUNYA UNIVERSITY |
| AR24 | LIGHTNINGS | MAHESHWARA INSTITUTE OF TECHNOLOGY |
| AR25 | magnus | SRM University |
| AR26 | MASCHINEN-BAU | MSRIT |
| AR27 | MAVERICK | PSG COLLEGE OF TECHNOLOGY |
| AR28 | Metallic Wolves | SRM University |
| AR29 | MIT_AERONAUGHTIES | MAHESHWARA INSTITUTE OF TECHNOLOGY |
| AR30 | Northern Lions | Dr.M.G.R.Educational & Research Institute,Chennai. |
| AR31 | ORION | KARUNYA UNIVERSITY |
| AR32 | PRANAV | Meenakshi Sundararajan Engineering College |
| AR33 | PURE ENERGY | SRM University |
| AR34 | Robosapiens | SRM University |
| AR35 | ROBOVEDICS | CVR COLLEGE OF ENGINEERING |
| AR36 | roboz | CUCEK |
| AR37 | rocket | NITK |
| AR38 | royal rulerz | MANIT,bhopal |
| AR39 | SANDSTORM | VIMAL JYOTHI ENGG. COLLEGE, KANNUR UNIVERSITY |
| AR40 | sizzling guys | MNM |
| AR41 | sparkles | IIT-M |
| AR42 | TEAM_SAGA | Hindustan College Of Engineering,Chennai |
| AR43 | TECH_INDS | multiple((RKM+REC+CEG+St.Joseph+sai ram+KCG) |
| AR44 | Techknights | SRM University |
| AR45 | UHU | SVCE,chennai |
| AR46 | V-Fly | IITM |
| AR47 | virus | KIT |
| AR48 |
ashoka | SRM university |
Congratulations ! to all Selected teams.
We wish "all the very best" for the selected teams.
For any discrepancies/queries please mail to aerobotics@shaastra.org with your team name in the subject.
Please refer to the Info for Participants tab for further details regarding the event.
The pdf containing the Schedule for Aerobotics is attached below:
| Attachment | Size |
|---|---|
| Schedule.pdf | 91.03 KB |
Info for Participants
AeROBOTics EVENT SCHEDULE:
Schedule details*:
Practice session: 9.00 PM,30th September till 6.00AM,1st October,2009.
Preliminary round: 7.00am to 12.00 noon ,1st October,2009.
Finals: 1.00 pm to 3.30pm ,1st October,2009.
*subject to change
DETAILS OF PRELIMS :
*A part of the main arena will be used for the Prelims.
*Each Team will be allowed one trial only.
*Duration of a trial is 2 mins.
*Same Scoring system will be followed for both Prelims and finals ,except that Prelims wont have any halfway bonus points.
*Maximum of 15 teams will be selected to participate in finals.
CERTIFICATES & PRIZE-MONEY:
*All teams selected for finals will receive participation certificates.
*First three winning teams will receive cash prize and certificates.
Total prize money=Rs.30,000/-
IMPORTANT INFO:
*All participants are requested register their team with the co-ordinators in person, upon arrival to IIT-M for SHAASTRA-2009.
*All participants are advised to give proper shielding to sensors from external sunlight/other artificial light sources from affecting their line-sensing.
CONTACT INFO:
Co-ords:
Enbasekar - 9940255813
Satish - 9952093025
The pdf containing the Schedule for Aerobotics is attached below:
| Attachment | Size |
|---|---|
| Schedule.pdf | 91.03 KB |




















