ページタイトル | ARLISS(アーリス) - CanSatのサブオービタル打上げ実証実験

ARLISS2025 Annual Report

ARLISS Schedule

Year

Setup Day

Competition Period

Technical Exchange Day

2025

Sep 8 (Sun)

Sep 9 (Mon) - Sep11 (Thu)

Sep 13 (Fri)

2026

Sep 13 (Sun)

Sep 14 (Mon) - Sep 17 (Thu)

Sep 18 (Fri)

2027

Sep 12 (Sun)

Sep 13 (Mon) - Sep 16 (Thu)

Sep 17 (Fri)

2025

Setup Day:  Sep 8 (Sun)

Competition Period:  Sep 9 (Mon) - Sep11 (Thu)

Technical Exchange Day:  Sep 13 (Fri)

2026

Setup Day:  Sep 13 (Sun)

Competition Period:  Sep 14 (Mon) - Sep 17 (Thu)

Technical Exchange Day:  Sep 18 (Fri)

2027

Setup Day:  Sep 12 (Sun)

Competition Period:  Sep 13 (Mon) - Sep 16 (Thu)

Technical Exchange Day:  Sep 17 (Fri)

ARLISS Annual Report

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2024 Participating Teams

Japan

  • Keio University

    Keio Team Wolve's

    "Autonomous rover for transporting supplies into lunar caves"

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    Keio Team Wolve's
  • Shizuoka University

    ZEAL

    "Developed a CanSat with an autonomous deployment mechanism based on the Jackson Cube, and used a magnetic field resonance coupling WPT with an FPC to light up LEDs"

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    ZEAL
  • Shibaura Institute of Technology

    Astrum

    "Achieve a zero-distance goal"

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    Astrum
  • Unversity of Tsukuba

    STEP衛星班

    "Create a reliable aircraft and clarify the fundamentals of CanSat"

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    STEP衛星班
  • The University of Electro-Communications

    Last Highball

    "Combinable and Separable 4WD rover"

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    Last Highball
  • Tokyo Institute of Technology

    LasTech

    "Demonstration of a small rover enabling on-site amino acid analysis over wide areas where large rovers face challenges"

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    LasTech
  • Tokyo University of Information Sciences

    Noah's Ark

    "Perform high-precision guidance with an entry-level CanSat featuring simple and user-friendly functions"

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    Noah's Ark
  • The University of Tokyo

    Corvus

    "Achieving Zero Meters with a Multicopter Flyback"

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    Corvus
  • The University of Tokyo

    Flying Cactus

    "Achieving Zero Meters with a Multicopter Flyback"

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    Flying Cactus
  • Tokyo Denki University

    TDU SpaceProject

    "Designed for the fastest speed and the shortest time to the finish line, with seamless movement and communication regardless of orientation"

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    TDU SpaceProject
  • Tokyo Metropolitan University

    TMU NAVi

    "Demonstration of Navigation Using Route Planning Based on Satellite Imagery"

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    TMU NAVi
  • Tokyo Metropolitan University

    TMU Super Spider Liner

    "Verification of surveying techniques for the selection of construction plots for the lunar base"

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    TMU Super Spider Liner
  • Tokyo University of Science

    SHIKOU

    "Demonstration of formation running(follow-up driving system) by two rovers"

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    SHIKOU
  • Niigata University

    OverLights

    "Demonstration of 0m Goal by the CanSat with More Reliable Start-up Performance and Longer Time Operation"

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    OverLights
  • MURORAN Institute of Technology

    SFIDA

    "Collect data on the exploration route with CanSat, and understand the environment of the exploration route by achieving the 0m goal and reflecting the acquired data on the surrounding map."

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    SFIDA
  • Tokyo University of Information Sciences

    SuperNOVA

    "0m goal guidance by Deep Learning Object Detection and 8x8 multizone ToF"

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    SuperNOVA

Costa Rica

  • Universidad de Costa Rica

Mexico

  • CETYS Universidad

Peru

  • UNIVERSIDAD NACIONAL DE INGENIERÍA

The United States of America

  • University of Louisiana

    Team Black Rock

    Team Black Rock