Revolutionizing Global Supply Chains: The Rise of Autonomous Amphibious Cargo Aircraft

The Rise of Autonomous Amphibious Cargo Aircraft

In a groundbreaking development, Bengaluru-based startup Aspera Industries has unveiled Eureka, its first autonomous amphibious aircraft designed to take off and land directly on water. The aircraft is poised to revolutionize global supply chains by compressing cargo delivery timelines from weeks to hours. But what makes Eureka so unique?

Eureka's design is centered around a 1,000 kg payload capacity and a range of 2,000 km, making it an attractive solution for last-mile or point-to-point cargo routes near coasts, rivers, and lakes. The aircraft's retractable hydrofoils allow it to lift off and touch down on water without the drag penalty that killed off earlier seaplane designs. This innovative technology enables Eureka to access 71% of the planet's surface, making it a game-changer for global supply chains.

The potential for Eureka is vast, with 150 countries having a coastline. Aspera Industries is betting big on the economics of this autonomous cargo aircraft, and if it works reliably at scale, it could be a game-changer for global supply chains. The company is pitching Eureka's economics aggressively, stating that the aircraft can deliver cargo at under $1 per tonne-kilometre with its first unit, a figure it expects to fall below 50 cents once it reaches fleet scale.

Aspera Industries was founded in 2025 and has so far raised about $750,000 in seed funding, with backing from Inuka Capital. The company has been in prototyping mode through much of 2026, and while India remains part of its long-term roadmap, its initial commercial focus has reportedly been markets including New Zealand, Australia, and Southeast Asia, alongside logistics providers, freight forwarders, and defence organisations as target customers.

The Logic Behind the Pitch

The logic behind the pitch is fairly compelling on paper. Aspera Industries is pointing out that cities, ports, and factories have historically clustered around water bodies anyway. By using water itself as the runway, Eureka can access roughly 71 percent of the planet's surface without needing new airport infrastructure. This is a meaningful advantage for last-mile or point-to-point cargo routes near coasts, rivers, and lakes.

The Future of Global Supply Chains

If Eureka works reliably at scale, it could be a game-changer for global supply chains. The aircraft's ability to access 71% of the planet's surface without needing new airport infrastructure makes it an attractive solution for last-mile or point-to-point cargo routes. The potential for Eureka is vast, with 150 countries having a coastline. Aspera Industries is betting big on the economics of this autonomous cargo aircraft, and if it works reliably at scale, it could be a game-changer for global supply chains.

Key Takeaways

• Eureka is an autonomous amphibious aircraft designed to take off and land directly on water.
• The aircraft has a 1,000 kg payload capacity and a range of 2,000 km.
• Eureka's retractable hydrofoils allow it to lift off and touch down on water without the drag penalty that killed off earlier seaplane designs.
• The potential for Eureka is vast, with 150 countries having a coastline.
• Aspera Industries is betting big on the economics of this autonomous cargo aircraft, and if it works reliably at scale, it could be a game-changer for global supply chains.