Vahana was an all-electric, single-seat, tilt-wing vehicle demonstrator that focused on advancing self-piloted, electric vertical take-off and landing (eVTOL) flight. In November 2019, Vahana took its final test flight at the Pendleton UAS Range in Oregon, USA, bringing the flagship programme to …

Vahana launched in 2015 with the mission to advance self-piloted, electric vertical takeoff and landing flight. Over the years, the team included data scientists, engineers and flight operations professionals focused on designing, developing and testing …

The Airbus Vahana (Sanskrit: Vāhana, or Vahanam literally means "vehicle") was an electric-powered eight-propeller VTOL personal air vehicle prototype, or eVTOL, financed by A³ (pronounced "A-cubed"), by Airbus and Airbus Urban Mobility.

Vāhana (Sanskrit: वाहन, romanized: vāhana, lit. 'that which carries') or vahanam (Sanskrit: वाहनम्, romanized: vāhanam) denotes the being, typically an animal or mythical entity, a particular Hindu deity is said to use as a vehicle. In this …

Vahana是空客A3创新中心的首批研究任务之一，于2015年提上日程，共有100余名研究人员参与项目，通过电推进、机器视觉、人工智能等技术的融合，实现全电动、自主驾驶、垂直起降飞行。

“Vahana”是空中客车为解决城市交通拥堵问题开发的自动驾驶飞机项目。 [1] 2018年1月31日，Vahana成功完成电动垂直起降飞机 (eVTOL)的首次试飞。 [2] 城市地区的交通拥堵已成为了全球性问题。 这不仅浪费了通勤者的大量时间，也降低了社会总体的生产力，制造了污染，耗费了大量能源。 从旧金山前往圣何塞的路程约合91.6公里，通常需要1小时40分钟。 而如果使用垂直起降的飞机，那么飞行里程约合69.7公里，用时只有15分钟。 [1] “Vahana”是为解决城市交通拥堵问 …

Vahana 阿尔法一号在彭德尔顿重新组装。 航空电子、软件、控制和测试团队合作，使用半物理仿真环境和移动指挥中心进行了飞行模拟测试，而空气动力学团队完成悬停和低速性能分析，包括推进装置故障案例。

Vahana, the all electric, self-piloted, VTOL aircraft from A³ by Airbus, today announced the successful completion of its first full-scale flight test, reaching a height of 5 meters (16 feet) before descending safely. The test was completed at 8:52AM Pacific on January 31, 2018 at the Pendleton UAS Range in Pendleton, Oregon.

Vahana空客Airbus推出的一款全电动，单座，倾斜翼载人飞行器，致力于推进自动驾驶的电动垂直起降（eVTOL）飞行器事业。 核心参数概览 9.0

Vahana is an A³ campaign to create a low-cost, single-passenger, electric VTOL aircraft. As part of their design process, A³ conducted the Vahana Configuration Trade Study to better examine 2 different configurations (an electric helicopter and an electric eight-fan tilt-wing) using multidisciplinary design optimization (MDO).