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The ePlane Company Partners With NVIDIA To Build India’s 1st Electric Air Taxi Twin SEO DES: The initiative enables virtual testing of aerodynamics sensors & flight scenarios, cutting risk & time while NVIDIA’s IGX boosts situational awareness SOCIAL: Chennai-based The ePlane Company has partnered with NVIDIA to develop a high-fidelity digital twin of its e200x electric air taxi using NVIDIA Omniverse simulation technology. Announced on 19 February 2026, the initiative enables advanced virtual testing of aerodynamics, sensors and flight scenarios, reducing real-world risk and development time. The company will also integrate NVIDIA’s IGX platform for onboard computing and sensor fusion to enhance autonomy and situational awareness. The digital twin will support predictive maintenance and certification efforts, marking a significant step for India’s Urban Air Mobility sector, though regulatory and computational challenges remain. Chennai, India: The ePlane Company, a deep-tech aerospace startup incubated at the Indian Institute of Technology (IIT) Chennai, has announced a significant milestone in the development of its e200x electric air taxi: the creation of a high-fir-delity digital twin model built with technology from NVIDIA. The announcement was made on 19 February 2026 in an official statement published by the company. The digital twin, constructed using NVIDIA’s Omniverse simulation libraries, is a virtual representation of the ePlane eVTOL (electric Vertical Take-Off and Landing) aircraft designed to replicate complex aerodynamic behaviours, sensor inputs and flight scenarios with high precision. Engineers can now simulate interactions that would be expensive, risky or time-consuming to test physically, such as extreme weather conditions and emergency manoeuvres. To power onboard computing and real-time decision-making, The ePlane Company will deploy NVIDIA’s IGX platform, aimed at integrating multiple sensors like cameras and radar with advanced data-fusion and visualisation capabilities. This system is expected to support autonomy algorithms and enhance situational awareness during flight operations. In a statement included in the press release, Prof. Satya Chakravarthy, Founder and Chief Technology Officer of The ePlane Company, said the collaboration “blurs the line between the digital and the physical” and allows the company to validate its flight-operations systems extensively through simulation before real-world testing. The digital twin also functions as a predictive analytics engine, mirroring real-world aircraft behaviour to forecast maintenance requirements. This capability could reduce operational downtime and improve reliability as the e200x moves toward regulatory certification. The initiative marks a noteworthy advance for India’s growing Urban Air Mobility (UAM) sector, which has seen increasing investment and interest from both government and private players. The ePlane Company holds India’s first Design Organisation Approval (DOA) for a privately developed electric aircraft and operates a 60,000-square-foot manufacturing facility in Chennai. Despite the technological promise, regulatory frameworks for certifying eVTOL aircraft are still evolving in India and globally, which analysts identify as a key hurdle before large-scale deployment can begin. Moreover, building and validating high-accuracy digital twins requires significant computational resources, including high-performance GPUs and specialised engineering expertise. The ePlane e200x project essentializes the convergence of advanced simulation tools and next-generation aerospace design, reinforcing India’s ambitions in electric aviation and setting the stage for future developments in aerial mobility.

The ePlane Company Partners With NVIDIA To Build India’s 1st Electric Air Taxi Twin

Aviation Today News Desk / February 22, 2026

Chennai, India: The ePlane Company, a deep-tech aerospace startup incubated at the Indian Institute of Technology (IIT) Chennai, has announced […]

São Paulo, Brazil: On 10 November, 2025 Eve Air Mobility and Revo have announced the first real-world operational deployment of Eve’s Vector Urban Air Traffic Management (UATM) software during the 2025 São Paulo Grand Prix, marking a significant milestone in the advancement of urban air mobility infrastructure. The deployment will take place at Autódromo José Carlos Pace (Interlagos), where Revo will use Vector to manage high-volume helicopter operations during the Formula 1 race weekend. The software will support real-time coordination of aircraft movements, ground operations and vertiport activity in one of the most demanding urban aviation environments in Brazil. Vector’s Vertiport and Ground Operations module will be used for the live operation. The module enables scheduling, traffic optimization, aircraft sequencing and digital coordination between air and ground teams. According to Eve Air Mobility, this marks the first time the software will operate outside a test or simulated environment. Eve stated that the deployment represents a critical step in validating Vector’s readiness for large-scale commercial use. The company also confirmed that a Fleet Operations module, designed to support both helicopters and future eVTOL aircraft, is scheduled for release in 2026. The deployment builds on the long-term partnership between Eve and Revo. In June 2025, Revo signed a framework agreement with Eve covering up to 50 electric vertical take-off and landing (eVTOL) aircraft, positioning São Paulo as one of the first cities expected to see large-scale commercial eVTOL services. Eve said real-world operations at a high-traffic international sporting event will provide critical data to refine Vector’s performance, scalability and safety features ahead of future urban eVTOL networks.

Eve Air Mobility, Revo Debut Vector Urban Air Traffic System At São Paulo GP

Aviation Today News Desk / December 3, 2025

São Paulo, Brazil: On 10 November, 2025 Eve Air Mobility and Revo have announced the first real-world operational deployment of

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