Apa Itu Satelit? (Bagian 2)

BRIN Indonesia
4 Aug 202202:40

Summary

TLDRThis video highlights Indonesia's achievements in space exploration through the development of its own satellites. It covers the launch of several homegrown satellites, such as the Lapan-Tubsat, a micro-satellite for Earth observation, the Lapan A2 8 Orari, designed for disaster mitigation and amateur radio communication, and the Lapan A3-8 IPB satellite developed with the Bogor Agricultural Institute. These satellites contribute to vital functions like maritime monitoring, disaster response, and scientific research, showcasing Indonesia's growing capabilities in space technology.

Takeaways

  • 😀 The National Research and Innovation Agency (BRIN) has launched three homegrown satellites.
  • 😀 The first satellite, Lapan-Tubsat, is a micro satellite developed by the Indonesian Space Agency (LAPAN) in collaboration with the Technical University of Berlin.
  • 😀 Lapan-Tubsat was launched in 2007 and is designed for Earth observation and scientific purposes.
  • 😀 The second satellite, Lapan A2, is a micro satellite launched on September 28, 2015, from Sriharikota, India.
  • 😀 Lapan A2 was developed to aid disaster mitigation and features three missions: Earth observation, ship monitoring, and amateur radio communication.
  • 😀 Lapan A2 is equipped with an automatic packet reporting system to assist with disaster management and communications during emergencies.
  • 😀 Lapan A2 can support up to 700,000 amateur radio users for communication during search and rescue operations or sending short messages via radio waves.
  • 😀 The third satellite, Lapan A3-8 IPB, is a collaboration between LAPAN and the Bogor Agricultural Institute (IPB) to enhance Indonesia's satellite design and development capabilities.
  • 😀 Lapan A3-8 IPB was launched on June 22, 2018, and is capable of monitoring global maritime traffic.
  • 😀 The Lapan A3-8 IPB satellite is also equipped with a magnetometer for Earth’s magnetic field monitoring and can capture images of all of Indonesia.

Q & A

  • What is the role of BRIN in Indonesia's satellite development?

    -BRIN (National Research and Innovation Agency) plays a key role in the development and launching of Indonesia's satellites, as demonstrated by the three satellites they have launched: LAPAN-Tubsat, LAPAN-A2, and LAPAN-A3 IPB.

  • What was the first satellite developed by BRIN?

    -The first satellite developed by BRIN was the LAPAN-Tubsat, a micro satellite launched in 2007 through a collaboration with the National Institute of Aeronautics and Space (LAPAN) and the Technical University of Berlin.

  • What is the primary purpose of the LAPAN-A2 satellite?

    -The LAPAN-A2 satellite is a micro-satellite designed for disaster mitigation, equipped with capabilities for Earth observation, ship monitoring, and amateur radio communication.

  • When and where was the LAPAN-A2 satellite launched?

    -The LAPAN-A2 satellite was launched on September 28, 2015, from Sriharikota, India.

  • How does the LAPAN-A2 satellite contribute to disaster management?

    -LAPAN-A2 helps with disaster management by supporting communication for disaster response through its automatic packet reporting system, connecting over 700,000 amateur radio users, and assisting in SAR (Search and Rescue) operations.

  • What additional role does LAPAN-MBA play apart from disaster management?

    -In addition to disaster management, LAPAN-MBA also aids in communications by supporting the Indonesian Amateur Radio Organization (ORARI), facilitating communication during emergencies.

  • What is the purpose of the LAPAN-A3 IPB satellite?

    -The LAPAN-A3 IPB satellite was developed to enhance the knowledge and skills of Indonesians in satellite design and construction, while also enabling Earth observation for operational and experimental purposes.

  • When was the LAPAN-A3 IPB satellite launched, and where?

    -The LAPAN-A3 IPB satellite was launched on June 22, 2018, from Sriharikota, India.

  • What capabilities does the LAPAN-A3 IPB satellite have?

    -The LAPAN-A3 IPB satellite is equipped with a magnetometer to monitor Earth's magnetic field and is capable of providing global maritime traffic surveillance.

  • How does Indonesia benefit from developing its own satellites?

    -By developing its own satellites, Indonesia gains greater control over space technology, enhances its scientific and technological capabilities, and supports critical tasks like disaster management, Earth observation, and communications.

Outlines

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Transcripts

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الوسوم ذات الصلة
IndonesiasatelliteBRINspace techLapan-TubsatLapan A2Lapan A38 IPBinnovationdisaster mitigationearth observationspace exploration
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