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20101876 Changwan Yoon 20111844 Hyoungdo Kim 20111847 Geunyong Park 20111872 Seungho Youn 20111888 Doojin Jeong Team Zeta-Go ; Beat Alpha-Go.

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Presentation on theme: "20101876 Changwan Yoon 20111844 Hyoungdo Kim 20111847 Geunyong Park 20111872 Seungho Youn 20111888 Doojin Jeong Team Zeta-Go ; Beat Alpha-Go."— Presentation transcript:

1 20101876 Changwan Yoon 20111844 Hyoungdo Kim 20111847 Geunyong Park 20111872 Seungho Youn 20111888 Doojin Jeong Team Zeta-Go ; Beat Alpha-Go

2 1. Design Title 2. Design Objective 3. Benchmarking 4. Functional Requirement 6. Gantt Chart 5. Roles 7. History Log

3 Team Zeta-Go ; Beat Alpha-Go ▶ Then, what is reconnaissance(recon) ? In a variety of situation such as forest fire accident or military confrontation, reconnaissance means the exploration to gain information about natural features and enemy presence. * reconnaissance 정찰 * all-round 만능의 1. Design Title Development of a all-round recon

4 Make it possible to reconnoiter at all regions. Team Zeta-Go ; Beat Alpha-Go + ▶ Recon on the ground ▶ Recon on the water surface ▶ Recon in the air 2. Design Objective

5 Make it possible to reconnoiter at all regions. Team Zeta-Go ; Beat Alpha-Go+ ▶ Recon in the air ▶ Recon on the ground ▶ Recon on the water surface 2. Design Objective

6 Team Zeta-Go ; Beat Alpha-Go Table 1. Results of the test in this wheeled vehicle 3. Benchmarking (1) Amphibious Armored Wheeled Vehicle * propulsion 추진력

7 Team Zeta-Go ; Beat Alpha-Go Name : 7.7m Cabin Craft ​ Dimension : 8.3x2.8x3m Dry weight : 1730kg Max Payload : 500kg Dead rise at transom : 27 degrees Hydraulic transmission power : 22HP Top Speed on water : 48knots Speed on land : 7kph 3. Benchmarking (2) Sealeg’s Amphibious Boat

8 Team Zeta-Go ; Beat Alpha-Go Name : Syma x9 RC quadcopter Cost : $49.30 Dimension : 31x31x6cm Gyro sensor : 6 degrees Material : Plastic, Alloy Flight time : 6 minutes Control distance : 50m 3. Benchmarking (3) RC Plane

9 Team Zeta-Go ; Beat Alpha-Go Group memberName 20101876Changan Yoon 20111844Hyoungdo Kim 20111847Geunyong Park 20111872Seungho Youn 20111888Doojin Jeong 3. Benchmarking The process of deciding benchmarking product To decide our team’s benchmarking product, we took a vote and the following is the result of our vote.

10 Team Zeta-Go ; Beat Alpha-Go Appraisal standardImportance Creativity5 point Suitability10 point Safety5 point CreativitySuitabilitySafetyTotal Armored Wheeled Vehicle 22151870 Sealeg’s boat17232083 RC Plane25 1893 3. Benchmarking The process of deciding benchmarking product

11 Team Zeta-Go ; Beat Alpha-Go property which can be changed in 3D printing process, such as material, density property which is determined in the process of purchasing parts 4. Functional Requirement * TDB : To Be Determined

12 Team Zeta-Go ; Beat Alpha-Go 4. Functional Requirement

13 Team Zeta-Go ; Beat Alpha-Go 4. Functional Requirement

14 Team Zeta-Go ; Beat Alpha-Go 4. Functional Requirement We chose “Quadcopter” among the several copters. (1) Quadcopte’s advantage over helicopter Quadcopter is easy to fly and control. It has a very easy to learn and has a better crash recovery. It is simple and easy to manufacture.

15 Team Zeta-Go ; Beat Alpha-Go 4. Functional Requirement We chose “Quadcopter” among the several copters. (2) Quadcopte’s advantage over tricopter Quadcopter has more thrust and power. It is more heavier making them able to resist wind. It has the ability to reach more height. * thrust 추진력

16 Team Zeta-Go ; Beat Alpha-Go 4. Functional Requirement We chose “Quadcopter” among the several copters. (3) Quadcopte’s advantage over hexacopter Quadcopter is cheap to manufacture and maintain. It is powerful enough to add accessories. It has a great thrust and power more than hexacopter.

17 Team Zeta-Go ; Beat Alpha-Go We chose “Quadcopter” among the several copters. (4) Quadcopte’s advantage over octocopter Quadcopter is much cheaper compared to octocopter. It has longer battery life than octocopter has. 4. Functional Requirement

18 Team Zeta-Go ; Beat Alpha-Go 5. Roles

19 Team Zeta-Go ; Beat Alpha-Go 2016 MarchAprilMay Finalpresentation Mar 8 – Mar 15 Project Subject Decision & Role Assignment Mar 15 – April 5 Concept Development / Analysis Mar 22 – May 10 Manufacturing Process May 3 – June 7 June Final report &Individual design notebook submission May 24 June 7 April 26 May 10 Mar 22 Mar 29 April 5 June 21 2 nd presentation 4 th presentation 6 th presentation 8 th presentation 10 th presentation 12 th presentation 5 th presentation April 12 May 3 May 17 May 31 Mar 15 7 th presentation 9 th presentation 11 th presentation 1 st presentation Search for Benchmarking / Functional Requirements Mar 8 Decide Research Topi c Search for Background / Patents / Literatures Mar 15 – Mar 22 April 5 – April 12 Search for Design of Budget, Safety, and Environment 6. Gantt Chart

20 Team Zeta-Go ; Beat Alpha-Go 2016. 03. 07 Team Formed 2016. 03. 10 Discussion of subject 2016. 03. 11 Meeting with Professor & Decision of subject 2016. 03. 12 Making PPT 2016. 03. 13 Making PPT 2016. 03. 14 Making PPT 2016. 03. 15 Presentation 1 2016. 03. 17 Discussion of new subject 2016. 03. 18 Meeting with Professor & Decision new subject 2016. 03. 19 Research patent and literatures 2016. 03. 21 Making PPT 2016. 03. 22 Presentation 2 2016. 03. 23 Research benchmarking model 2016. 03. 24 Discussion of design & Making PPT 2016. 03. 25 Discussion of design & Making PPT 2016. 03. 27 Discussion of FRS & Making PPT 7. History Log

21 Thank you! Team Zeta-Go ; Beat Alpha-Go

22 Q&A


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