Competitors

Gymnázium, Stříbro, Soběslavova 1426

Filip Junek, Jan Soulek

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1

Mehmet Kemal Coskunoz Vocational and Technical Antolian High School

Mertcan Karabey, Mehmethan Kara

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2

Střední odborné učiliště elektrotechnické, Plzeň, Vejprnická 56

Matěj Ševčík, Václav Hruška

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3

Střední odborné učiliště, Domažlice, Prokopa Velikého 640

Klára Radová, Erik Mastný

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4

Střední škola informatiky a finančních služeb, Plzeň, Klatovská 200 G

Jakub Lukšík, Matěj Dvořák

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5

Střední odborné učiliště elektrotechnické, Plzeň, Vejprnická 56

Tomáš Miletínský, Martin Liška

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6

Tehnička škola Daruvar

Karlo Mlinarić, Teo Znamenaček

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7

Bursa Hürriyet Mesleki ve Teknik Anadolu Lisesi

Kayra Seyfettin Temel, Bedirhan Doğan

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8

Střední odborné učiliště, Domažlice, Prokopa Velikého 640

Vítek Liška, Petr Kabourek

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9

Stredná priemyselná škola techniky a dizajnu, Mnoheľova 828, Poprad

Peter Janíček, Matej Mikita

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10

Tophane Vocational and Technical Anatolian Hign School

İbrahim Aydemir, Efe Berk Subaşi

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11

Střední škola informatiky a finančních služeb, Plzeň, Klatovská 200 G

Luděk Samuel, Martin Valenz

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12

Yesilyayla Vocational and Technical Anatolian High School

Hatice Ebrar Isik, Merve Dagasan

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13

Stredná odborná škola, Lipová 8, Handlová

Mário Müller, Jozef Mäsiar

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14

Tianjin Technician Institute of Mechanical Electrical Technology

Xiao Yifeng, Zheng Zhongchun

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15

Gymnázium, Stříbro, Soběslavova 1426

Jan Milan Pěchouček, Damián Eberl

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16

Bursa Hürriyet Mesleki ve Teknik Anadolu Lisesi

Berkay Ersoy, Yusuf Çinar

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17

Sportovní gymnázium Plzeň

Ondřej Fuchs, Silvestr Tázler

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18

Beruflliches Schulzentrum Cham

Simon Nausch, Felix Klein

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19

Stredná odborná škola, Lipová 8, Handlová

Filip Fúsik, Martin Marián Králik

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20

Beruflliches Schulzentrum Cham

Marius Böcking, David Nagelschmidt

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21

Gymnázium Luďka Pika, Plzeň, Opavská 21

Vít Vokračka, Jan Vlček

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22

Stredná priemyselná škola techniky a dizajnu, Mnoheľova 828, Poprad

Peter Rigo, Martin Jucha

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23

Vyšší odborná škola a Střední průmyslová škola elektrotechnická, Plzeň, Koterovská 85

Jan Vopalecký, Marek Trš

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24

Tianjin Technician Institute of Mechanical Electrical Technology

Jia Minghao, Zhang Yingfei

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25

Beruflliches Schulzentrum Cham

Julian Schröpfer, Bastian Groß

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26

Tehnička škola Daruvar

Ivan Hušek, David Plh

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27

Otomotiv Endüstrisi İhracatçıları Birliği Mesleki ve Teknik Anadolu Lisesi

Efe Yılmaz, Ahmet Selim Kavas

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28

Střední škola zemědělská a potravinářská, Klatovy, Národních mučedníků 141

Lucie Dvořáková, Marek Melka

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29

Vyšší odborná škola a Střední průmyslová škola elektrotechnická, Plzeň, Koterovská 85

Jan Kortus, Jan Hřebenáč

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30

Střední škola živnostenská a Základní škola, Planá

Jakub Kašpar, Štěpán Koranda

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31

Tehnička škola Daruvar

Lukas Brdal, Valentino Ivanić

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32

Video from drawing the starting order of teams

Looking for the Schedule of the Competition?

Best presentation category

The competition team will prepare an electronic presentation in .pptx or .pdf format, with a maximum size of 100 MB. If these conditions are not met, the presentation will not start.

Competitors will present using a computer in conjunction with a data projector. The time range of the presentation is a maximum of 10 minutes. After the presentation, the evaluation committee has
up to 5 minutes for questions. The team with the highest number of points wins the category.

Presentation must contain:

  • brief description of the vehicle
  • description of the most interesting technical parts and their solutions
  • greatest success in construction (electronics, design, mechanical construction, programming, adjustment, …)
  • the biggest problem during construction (electronics, design, mechanical construction, programming, adjustment, …)
  • benefit for own professional development
  • use of resources (web, literature, …)

Best ride category

Before the start of each team’s competition, a measured amount of water – 70 ml – will be poured into the cup. If the water cup is knocked over, the vehicle must be placed at the start again and the cup must be refilled with the prescribed amount of water.

The robotic vehicle, transporting a cup with a measured amount
of water, must pass the defined track in the shortest possible time without spilling the water in the cup.

The track is formed by a leading black curved line on a white background, it does not intersect
anywhere, the start line also forms the finish line.

There are two obstacles in the track, an unlit tunnel and guardrails on both sides of the guide line.

The competitor places the vehicle on the guide line in front of the black line crossing the track (START/FINISH), starts it manually so that the vehicle already passes the black line crossing the track (START/FINISH). After safely passing the track, including meeting other conditions, the vehicle must automatically stop behind the black line (START/FINISH) crossing the track. If the vehicle does not automatically stop behind the black line (START/FINISH) crossing the track, a penalty of 5 seconds will be added to the final time of this run.;

In the case of a complete departure of the vehicle from the black guide line (the vehicle leaves
the black guide line with its entire chassis), or when the track is shortened, the vehicle must be placed
at the start again.

Total time to pass the track including repositioning of the vehicle on START is 7 minutes.
A competition team can use the full track time of 7 minutes.

Timing will be done electronically. The best time to pass the track will be entered in the score
sheet.

The team with the shortest time to cross the track wins the category.

Best design category

Committee evaluates:

  • original fairing of the vehicle (colours, elaboration of parts, quality of parts, …)
  • protection of electronics from water
    interesting lighting (headlights, beacons, …)
  • unusual sounds (beacon, warning sounds, …)