銀航空機 · 2026

Arion Vtol 緊急救命航空機

by Yingbo Ma

A' Design Award 銀賞 2026 in 航空機
Estimated Number of Design Views: 14,882
Verification code 27FA0C695F · Verify this award

View at A' Design Award Press Release

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About Arion Vtol 緊急救命航空機

Arion VTOLは、医療救助における遅延を低減するために設計された緊急救命航空機である。垂直離着陸性能とハイブリッド水素電気推進システムを組み合わせることで、地上交通の渋滞を回避し、患者のもとへ迅速に到達できる。クアッドローター方式のレイアウトにより、滑走路を必要とせず、屋上、駐車場、インフラ未整備の場所への着陸が可能である。モジュール式の医療キャビンはプラグアンドプレイ方式のインターフェースを採用し、救助、患者搬送、臓器輸送、物資補給といった多様なミッションに対応する。機上システムは生体情報をリアルタイムで病院へ送信する。

About the A' Design Award 銀賞

Arion Vtol 緊急救命航空機は、見事で印象的なハイエンドのデザインに授与される、非常に権威ある評価である A' Design Award 銀賞の受賞作品です。銀賞の受賞作品は、きわめて輝かしく創造性に富んだ作品であり、デザイナーの傑出した専門知識、才能、洞察力を示しています。Arion Vtol 緊急救命航空機は、素晴らしい代表作であり、驚くほどプロフェッショナルで、深く革新的であることが期待されます。この A' Design Award 銀賞を受賞したデザインは、非常に注目すべき称賛される発明であり、芸術・科学・デザイン・技術の境界に寄与し、それを前進させます。Arion Vtol 緊急救命航空機は、多くの人に羨まれる創造物であり、欲求を呼び覚まし、前向きな感情をもたらし、驚きと感嘆を灯します。

Press Kit

Unique Properties: Arion VTOL is a hybrid emergency aircraft designed to reduce critical delays in medical rescue. Combining VTOL capability with long-range hydrogen-electric propulsion, it bypasses ground traffic and reaches patients faster. Its modular medical cabin supports rescue, patient transfer, organ transport, and emergency supply missions—functioning as a mobile ICU in the sky.
Dimensions & Packaging: Vertical take-off and landing (VTOL) configuration with quad-rotor layout. Hybrid hydrogen-electric propulsion system. Modular medical cabin architecture. Designed for rooftop, parking area, and off-grid landing without runway requirements. Low-noise operation and reduced carbon emissions compared to conventional fuel-powered helicopters.
Tags: Emergency Medical, VTOL Aircraft, Hybrid Propulsion, Future Mobility, Medical Transport, Sustainable Aviation, Urban Rescue
Production Technology: The design proposes a hybrid hydrogen-electric propulsion system combining turbine engines, hydrogen fuel storage, and lithium-ion batteries. The airframe is conceived using lightweight aerospace composites for structural efficiency. Modular medical cabins utilize plug-and-play interfaces to support rapid mission reconfiguration. Advanced avionics and digital emergency systems enable real-time data transmission and coordinated flight routing.
Design Challenge: The main challenge was integrating complex medical requirements with advanced aviation technology while maintaining feasibility and clarity of use. Balancing emergency workflow efficiency, modular adaptability, sustainable propulsion, and urban operational constraints required continuous iteration between system design, spatial organization, and technical plausibility.
Research: The research focused on emergency medical response systems, urban transportation limitations, and emerging sustainable aviation technologies. Methods included case studies of ambulance and helicopter rescue operations, analysis of medical workflows, and evaluation of hybrid propulsion systems. The findings informed a design solution that integrates medical functionality, mobility innovation, and environmental responsibility, addressing real-world challenges in emergency healthcare access.
Inspiration: The project addresses the growing gap between emergency medical needs and current urban transport systems. Traffic congestion and the high cost, noise, and limited endurance of helicopters often delay rescue, motivating a faster, quieter, and more sustainable aerial medical solution.
Project Duration: The project was developed as an academic design project at ArtCenter College of Design in Pasadena, United States. The design process included research, concept development, and advanced visualization completed during the academic term.
Operation Flow: Arion VTOL operates by vertically taking off from compact urban locations such as rooftops or parking areas. Once airborne, it rapidly transports patients or medical supplies while onboard systems transmit vital data to hospitals in real time. The modular cabin allows medical teams to prepare treatment before arrival, enabling seamless transition from air rescue to hospital care.
Image Credits: All images and visualizations by Yingbo Ma.