Mehmet Emre YAZICI’s Post

The AAM market is undeniably a high-profile market with a significant impact on middle mile logistics and driving firms towards 'Net Zero'. At Gap Drone, our focus is on delivering these crucial advancements within the next two years. #AAM #Logistics #NetZero

ZG-ONE two passenger eVTOL production model multicopter aircraft Has been designed to be easy to fly by the passengers with its autonomous piloting. The spherically shaped futuristic fuselage and large windows provide the passengers with excellent views with flying. The interior has comfortable ergonomically designed seats and armrests. The aircraft has two doors on either side of the fuselage. These design features have been made to make flying easy and fun at the same time. Specifications: Aircraft type: eVTOL passenger and cargo aircraft Piloting: Autonomous Capacity: 2 passengers Cruise speed: 75 km/h (46 mph) Range: 30 km (18 miles) Flight time: 25 minutes Maximum takeoff weight: 650 kg (1,433 lb) Propellers: 6 propellers Electric Motors: 6 electric motors Power source: Batteries Noise: At 300 meters, the noise is 65 dba Fuselage: Carbon fiber composite Dimensions: 2.6 m (8-1/2 ft) high X 5.9 m (>19 ft) diameter Cabin: Globe-type cabin Windows: Panoramic wrap around windows allowing forward, left and right visibility, for spectacular views. Landing gear: Fixed-skid type landing gear Safety features: Distributed Electric Propulsion (DEP), provides safety through redundancy for its passengers and/or cargo. There are also redundancies in the sub-systems of the aircraft. In case all systems fail, the aircraft also has an emergency ballistic parachute to keep the passengers safe during an emergency landing. China speed is impressive It was announced in September 2023 that the ZG-ONE prototype had manufactured and completed more than one hundred successful test flights. In October 2023, the first-generation passenger electric vertical take-off and landing multicopter aircraft ZG-ONE No. 1 production model was assembled. A final assembly and signing cooperation ceremony with company officials took place in Hefei, China on October 31, 2023. At the ceremony it was also announced the company had received more than 200 orders for the aircraft. In February 2024, ZG-ONE No. 2 aircraft was assembled and successfully tested. Mid 2025 Deliveries for customers. #evtol #urbanmobility #technology #innovation #aviation #aviationlovers

🌟 The age of eVTOLs draws closer in the United Kingdom with the Future of Flight action plan! 🌟 new action plan will make sure regulation and infrastructure is in place to support exciting greener, quieter aviation technologies in the UK. ✈️ The Future of Flight action plan details how first piloted flying taxi flight by 2026 and regular services by 2028, regular air deliveries across our skies by 2027 and demos of autonomous flying eVTOL without pilots on board by 2030 – transforming how people and goods are transported. Studies estimating drone technology could boost the UK economy by £45 billion by the end of the decade. With the new action plan, eVTOLs and emergency service drones are on track to become a reality by 2028, marking a significant leap in greener, quieter aviation technologies. 🚁 Sophie O’Sullivan, Head of Future Safety and Innovation at the UK Civil Aviation Authority, said: Aviation stands on the cusp of its next, potentially biggest, revolution since the invention of the jet engine. eVTOL and other different vehicles have the potential to change transportation options forever. As we embrace this transformative shift in transportation, Odonata eVTOL stands to benefit greatly from these advancements. Our innovative electric Vertical Takeoff and Landing (eVTOL) aircraft is poised to revolutionize air mobility, and this plan will pave the way for their widespread adoption. 🚀 Let's soar into the future together as we witness the remarkable evolution of our skies! #FutureofFlight #Odonata #eVTOL #Innovation

AutoFlight’s Prosperity eVTOL (electric vertical take-off and landing) aircraft completed a significant milestone by autonomously flying the route from Shenzhen to Zhuhai. The flight from Shenzhen to Zhuhai across the Pearl River Delta took just 20 minutes, a journey that would require three hours by car. This achievement marks the world’s first public flight of an eVTOL aircraft on a cross-sea and inter-city route. The route between Shenzhen and Zhuhai is part of the future air traffic scenario planned by the regional government as it develops its “low-altitude economy” strategy that will see the opening of thousands of vertiports and hundreds of eVTOL airs routes across the Greater Bay Area in southern China. Low-altitude application scenarios will include passenger transport, tourism, logistics and emergency services. In the short term, plans are in development to achieve 300,000 cargo UAV flights in this region per year.

Urban air mobility is set to revolutionize transportation in traffic-congested areas, with flying taxis and emergency service drones expected to take off as soon as 2026.   The UK government's 'The Future of Flight' action plan unveils a vision for eVTOLs, promising a £45 billion boost to the economy by the end of the decade. While there are still challenges to eVTOL deployment — including infrastructure and regulations — solutions are in sight.   In a recent op-ed in the Evening Standard, our Senior Vice President Beth Bernitt delves into the infrastructure hurdles facing urban air mobility and the integrated solutions needed to overcome them. From site selection models to rapid charging infrastructure, she explains how we’re paving the way for sustainable vertical take-off flight.   Read the full article: https://lnkd.in/eD6BGh3g #AECOM #EVTOL #Aviation

The future of transportation isn’t just coming, it’s landing. We’re standing at the edge of a new era: flying taxis, eVTOLs, and drones reshaping how we move people and goods. But groundbreaking ideas need the right infrastructure to take off, and that’s where LYNEports leads the way. LYNEports keeps adding features to the software, so whenever you feel stuck with one of your AAM projects reach out to us. Scalable, sustainable, and smart, we provide the backbone for Advanced Air Mobility, making it possible for cities to seamlessly integrate aerial solutions into urban life. This isn’t just about technology; it’s about rethinking how we build the future. LYNEports is turning vision into action, and I couldn’t be more excited to see it unfold. #AAM #UAM #Vertiport #AdvancedAirMobility

Urban mobility is about to reach a new dimension with eVTOLs, electric vertical takeoff and landing vehicles. These vehicles promise to transform city transportation, offering a fast, quiet, and sustainable alternative for daily commutes. In addition, eVTOLs have the potential to revolutionize not only passenger transport but also urban logistics, facilitating the delivery of goods in densely populated areas. eVTOLs utilize cutting-edge technology in electric motors, drives, and control systems, which include: External Rotor PMSM/BLDC Motors: These motors are preferred in eVTOLs due to their high power density and efficiency. The external rotor design provides better heat dissipation and higher torque, essential for safe and efficient operation in aerial vehicles. Redundancy and Safety through Motor Control: The motor control and drive system is crucial for redundancy in eVTOLs. In the event of a motor failure, the system must automatically redistribute the load among the other motors, maintaining flight stability and safety. Advanced Control Techniques: Methods such as FOC (Field Oriented Control), Hall-sensored control, and Sensorless techniques are used to optimize motor performance, ensuring precise and efficient control, crucial for complex maneuvers and flight transitions. Efficient Cooling with Thermal and Fluid Analysis: Thermal and fluid analysis is fundamental to developing effective cooling systems that prevent motors and drives from overheating, ensuring the durability and safety of the eVTOL. These analyses are used to design and verify cooling efficiency during operation. BField Motors and Drives specializes in developing high-efficiency PMSM/BLDC motors and drives designed for eVTOLs, Drones, and Electric Aircraft, offering innovative and safe solutions for the future of air mobility. BField Motors and Drives - Where Innovation Drives Progress. #BFieldMotors #UrbanMobility #eVTOL #TechnologicalInnovation #Sustainability

Imagine your daily commute shrinking from an hour to just 7 minutes! China has launched its first autonomous flying taxis—electric aircraft that look like giant drones. EHang's EH216-S, the world's first mass-produced autonomous flying taxi, has received the green light from China's Civil Aviation Administration. This *eVTOL* (electric vertical takeoff and landing) vehicle can carry two passengers without a pilot, cruising at 62 mph and reaching altitudes of 10,000 feet. With its carbon fiber build and 16 propellers, it's set to revolutionize air mobility, offering services like air taxis, aerial tourism, and airport shuttles. China aims to lead the way in flying car technology, potentially outpacing the U.S., which plans to introduce eVTOLs commercially by 2028. 🚀 #FlyingCars #eVTOL #Innovation #EHang #FutureOfTransport

🌟 Breaking News in Advanced Air Mobility! 🚁✨ Congratulations to AutoFlight on delivering the first ton-class eVTOL, to a pioneering operator in Japan! This marks a pivotal moment, opening up a new market for eVTOLs with immense potential for ODONATA. 🛫 In February, the world’s first inter-city electric air taxi demonstration took place. An autonomous flight covering a distance of 50km (31 miles) between Shenzhen and Zhuhai. The flight across the Pearl River Delta took just 20 minutes, compared to three hours by car. This marks the world’s first public flight of an eVTOL aircraft on a cross-sea and inter-city route. The route between Shenzhen and Zhuhai is part of the future air traffic scenario planned by the regional government as it develops its ‘low-altitude economy’ strategy that will see the opening of thousands of vertiports and hundreds of eVTOL air routes across the Greater Bay Area in southern China. This is not only revolutionizing transportation but also unlocking new opportunities for ODONATA in the eVTOL market. 🌏 Moreover, AutoFlight's recent achievements extend beyond passenger transportation. The company's Cargo division has received orders for over 200 CarryAll planes, demonstrating substantial market demand for eVTOLS. 📦This is paving the way for ODONATA's products for regional air mobility. 🌟 Cheers to AutoFlight for their groundbreaking achievements and the exciting prospects they bring for ODONATA in the realm of eVTOLs! 🥂 #AdvancedAirMobility #ElectricAviation #Innovation #AutoFlight #ProsperityAircraft #UrbanAirMobility #ODONATAExpansion

The Future Takes Flight: Autonomous eVTOLs Transforming Air Mobility A new era of transportation innovation is unfolding with the introduction of autonomous electric vertical take-off and landing (eVTOL) aircrafts. These advanced air mobility (AAM) systems promise to revolutionize urban and regional transportation by offering efficient, sustainable, and rapid transit solutions, transforming daily commutes and cargo deliveries. eVTOL technology, enabling vertical ascent, hovering, and landing, is gaining traction in both academic research and commercial ventures. Its advantages over traditional aviation include alleviating ground traffic congestion, reducing travel times, and lowering the carbon footprint of air travel through electric propulsion. Global urbanization is pushing conventional transport infrastructure to its limits, creating a need for more efficient solutions. However, integrating eVTOLs into mainstream transportation networks faces challenges such as ensuring safety, establishing regulatory frameworks, and gaining public acceptance. Autonomous eVTOLs must demonstrate fail-safe operation under diverse conditions to gain regulatory and public approval. Regulatory bodies like the FAA and EASA are developing guidelines tailored for eVTOL operations, covering pilot training, vehicle certification, and air traffic management. Public acceptance is crucial, requiring manufacturers and policymakers to address concerns over noise, safety, and privacy. Despite these challenges, the potential benefits of eVTOLs are undeniable, offering faster travel and reduced environmental impact. As technology progresses, eVTOLs will integrate with smart city infrastructure and air traffic systems, promising a new dimension of connectivity in our urbanized world. . . #eVTOL #AirMobility #technology #ev #new