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Weaving Ambitions for Nusantara's Skies: From the Negotiation Table to the Archipelago's Amphibious Aircraft

| | Source: REPUBLIKA Translated from Indonesian | Technology
Weaving Ambitions for Nusantara's Skies: From the Negotiation Table to the Archipelago's Amphibious Aircraft
Image: REPUBLIKA

JAKARTA — Picture the Minister for National Development Planning sitting opposite the President of Airbus Asia-Pacific in a quiet office. On the desk, not only a cup of coffee and thick documents, but also a dream of an Indonesia whose skies are busier, more connected and more sovereign. Such was the atmosphere when Rachmat Pambudy welcomed Anand Stanley for a visit in Jakarta last Friday. The meeting was not merely a routine diplomatic ceremony. Behind the handshake and the smile lay a grand agenda: how the European aerospace giant could become a genuine partner for Indonesia, not only as an aircraft supplier but as part of an industrial ecosystem being built from Sabang to Merauke. “As an archipelagic nation, Indonesia depends greatly on air connectivity to support economic growth, equitable development, and mobility of the people,” said Rachmat to open the discussion. “These words are not rhetoric. In a country with 17,000 islands, aircraft are the lifeblood that connects the heartbeat of the archipelago.” Airbus, with a long history with Indonesia, arrived bearing enticing offers. They are ready to speed up the delivery process, around 24 months from contract signing. They also offered wide‑body aircraft for ultra‑long-haul flights, capable of carrying up to 480 passengers directly from Jakarta to New York or London. Imagine, no layovers, no fatigue, the world drawn closer. Yet more compelling, Airbus opened the door to making Indonesia a maintenance, repair, and overhaul (MRO) hub for the Asia-Pacific region. A proposal that, if realised, would place Indonesia not merely as a stopover, but as a central node for global aviation maintenance. Hearing this, Rachmat Pambudy did not yield immediately. Calmly he reminded that the cooperation must go beyond aircraft sales. “Strengthening the national aerospace ecosystem includes developing human resources, MRO systems, and boosting domestic industry capacity. Indonesia must not merely be a market, but also a hub for aerospace industry growth in the region,” he asserted. In another part of the world, in the Governor of South Sulawesi’s office, a similar dream was being drafted in different colours. Andi Sudirman Sulaiman sat with the leadership of PT Dirgantara Indonesia to discuss a aircraft that does not require a long runway, one that can land on water - an amphibious seaplane. “This is important to support inter‑island transport, particularly in the South Sulawesi archipelago which requires quick and flexible access,” said Andi Sudirman, Thursday in Makassar. More than a mere transport device, these amphibious aircraft are designed to act as lifelines in emergencies. When the sea is rough and ships cannot sail, when patients on remote islands urgently need evacuation, when logistics must arrive within hours, that is where the amphibious seaplane demonstrates its capabilities. “This marks a significant step in strengthening inter‑island connectivity while delivering emergency transport solutions for island residents,” said the governor, who also stressed that this initiative is part of supporting national programmes to promote domestically produced industrial products. Meanwhile, in a quieter office, researchers and engineers were combining minds and muscle. The National Research and Innovation Agency (BRIN) and PT Dirgantara Indonesia have just signed a memorandum of understanding on research and the utilisation of aviation technology. Not merely ceremonial, this is an agreement to ensure that every aircraft flying in Indonesia’s skies is born from the research of the nation’s scientists. PTDI chief executive Gita Amperiawan welcomed the collaboration. “A prerequisite for the long-term sustainability of a product in the market is continual development. This collaboration enables us to synergise research with its application in the aviation industry,” she said.

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