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Enschede, Netherlands
1-10 Employees
Our mission is to decrease logistics latency everywhere. We’ve built and flight tested several sub-scale engineering pathfinder prototypes, learning several lessons in engineering for performance and reliability, flight testing and design for manufacturability. We’ve built and flight tested several sub-scale engineering pathfinder prototypes, learning several lessons in engineering for performance and reliability, flight testing and design for manufacturability. Be it one-day delivery to anyone anywhere, humanitarian aid to adverse geographies or front line supplies in conflict, Logixair’s aircraft and cargo handling robotics can help make it happen.
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Featured
Autonomous VTOL Aircraft for Cargo
... Autonomous VTOL Aircraft for ...
Grand Rapids, United States
1-10 Employees
2021
Recognized by FAA executives for significant advancements through Partnership for Safety Program (PSP). Safety case development including risk assessments and ARP4761 safety fault trees. Approvals (BVLOS, 1:many, Operations over people/vehicles) – waivers and exemptions. Providing Unique Value for Autonomous and Unmanned Operations.
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Featured
Our vision is the unmanned, manned, and autonomous aircraft seamlessly
... Our vision is the unmanned, manned, and autonomous aircraft ...
San Francisco, United States
1-10 Employees
2019
MightyFly is remaking the future of logistics via large autonomous cargo aircraft. MightyFly makes same-day delivery accessible to any business—large or small, urban or rural. The MightyFly hybrid-electric vertical take-off and landing (eVTOL) aircraft optimizes cargo capacity and the power of flight to make each delivery carbon neutral. MightyFly is remaking the supply chain with an autonomous hybrid-electric aircraft with a range and payload unprecedented in the industry today. We are designing our aircraft to meet or exceed rigorous FAA aviation standards. MightyFly Unveils its New 2024 Cento Aircraft, the Third Generation of the MF100 eVTOL, Featuring Autonomous Delivery Operations, Efficient Design and a Larger Cargo Bay. Combined with a worldwide logistics infrastructure MightyFly provides rapid and efficient package transport for business, healthcare, and government. Manal Habib is the CEO and founder of MightyFly.
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Featured
MightyFly | A Better Way to Deliver Goods
... MightyFly provides end-to-end solutions for middle-mile logistics using autonomous eVTOL aircraft with a cargo capacity up to 500lbs. Let’s fly together! ...
Klang Municipal Council, Malaysia
The office furniture is one of the leading Malaysia office furniture manufacturers and office chair suppliers that combines strength, durability and modern design. U-Panel has been a prominent office system and office furniture manufacturer since 1994, which have us in the industry with 20 years of experience. We deal with projects of different scales, from office tables, office chairs to floors of office workstations and office systems. We are particular in making perfect designs around our office furniture, from conceptions to the fine details in final products. This practise extends to all of our office furniture product lines.
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Featured
Home - U-PANEL Office Furniture Manufacturer, Exporter & Distributor
... Autonomous Aircraft: Ethical Implications in ...
Gurugram, India
1-10 Employees
2021
We here at BLA Research are creating a space to uncover the high-potential opportunities and recommend an action plan backed by deep research and analysis to leverage those opportunities that would enable our clients to make quantified decisions. Our methodology incorporated in the reports considers various factors considering the forecasts, business dynamics, strategies, supply chain, trade routes, regulatory framework to provide precise market intelligence and a 360-degree perspective of the market based on demand and supply globally, regionally, and at country level by applications, products, pricing, and trade routes. Our USP lies in conducting market viability analysis for technologies still in the nascent stages of their lifecycle—in-depth analysis of secondary data and future predictions provided by our highly qualified and experienced analysts. Our research is back by interviews with industry veterans, enabling analysing a high level of disruptions in the market. BLA Research founded by three industry veterans with cumulative experience of more than forty years.
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Featured
Autonomous Aircraft Market by Technology Type (Increasingly Autonomous, and Fully Autonomous), End-user (Commercial, Combat & ISR, Cargo, Passenger Air Vehicle, Personal Air Vehicle), Component Type, and Region – Global Forecast 2030
... Autonomous Aircraft Market by Technology Type (Increasingly Autonomous, and Fully Autonomous), End-user (Commercial, Combat & ISR, Cargo, Passenger Air Vehicle, Personal Air Vehicle), Component Type, and Region - Global Forecast 2030 - BLA ...
Geldermalsen, Netherlands
1-10 Employees
2015
We deliver reliable and long-term solutions that meet field requirements and MIL-standards reinforced with dedicated training and support programs. For Security clients we provide 24/7 fully autonomous air surveillance with advanced AI capabilities to detect, track and report unwanted situations. To achieve this, we provide dedicated advice, define a clear scope and deliver a product that does what it promises. Our goal is to deliver total solutions that are well executed, cost-effective, and operationally ready. Dedicated to delivering innovative and custom unmanned solutions that provide our customers with an ongoing advantage to meet current and future needs. Our unmanned aerial systems are leading platforms in the tactical UAS industry, developed as military drones with advanced capabilities for defence, public safety, and commercial use. Quality, accuracy and efficiency lie at the core of how we deliver remote sensing solutions by integrating industry-leading sensors on our drones. To strengthen cybersecurity, connectivity, and efficiency, we provide unique components that enhance UAS capabilities.
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Albatross Aerial UAV system | Height Technologies
... Independent & autonomous aircraft ...
Ottawa, Canada
11-50 Employees
2019
Our products offer unique, cost effective solutions to disinfection that will work to keep your business healthy and safe for everyone. We’re proud to offer superior, sustainable alternatives to chemical disinfection that act in a fraction of the time, for a fraction of the cost. Launched in 2020, Aero HygenX is the brainchild of a team of expert engineers, safety officers, software developers and quality management professionals united by their passion to first help the COVID19 pandemic then to make the world a more sustainable place by eliminating harsh chemicals and getting life back on track. Our innovative research and extensive, compelling testing data is informing a new era of safe, sustainable, smart sanitization. Once complete, Ray provides you with a thorough disinfection action report. Our partnership with Aero HygenX bolsters this commitment with the use of their innovative disinfection technology".
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JP Floyd, A Senior Director for Aero Hygenx, talks about autonomous aircraft disinfection
... JP Floyd, A Senior Director for Aero Hygenx, talks about autonomous aircraft ...
St. Charles, United States
2016
We provide options in the Turboprop, Light Jet, Midsize, and SuperMid/Large categories, and we work with all major OEMs. We provide options in all categories (Turboprop thru Heavy Jet) and have matches flying coast to coast. Of all the options available, co-ownership offered the strongest financial path. The goal was to develop a program that offers the financial advantages of a partnership with the independence, and peace of mind, that comes with sole ownership. PIA Managed Co-Ownership offers more control and a lower net cost than jet cards and fractional jet ownership programs. PIA matches you to the aircraft that best fits your mission and your budget. Schedule a time to discuss your mission, get your questions answered, and see how the numbers compare to your other flight options. With the world’s largest database of qualified co-owner candidates, we will provide vetted co-owner options for your approval.
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Partners in Aviation - Managed Co-Ownership for Private Jet Owners
... Partners in Aviation matches private jet owners with aspiring owners, offering an innovative, autonomous approach to aircraft co-ownership. ...
Delft, Netherlands
1-10 Employees
2018
Meandair was formally founded in 2018, as a deep-tech start-up company. Meandair evolved into a company professionally serving its markets with great products delivered by a team of skilled, experienced and passionate people. The Meandair Nowcasting Weather Engine provides accurate, localised weather forecasts for the coming minutes and hours which are delivered near real-time. The Meandair nowcasting data is used for decision-making in time-critical domains such as:. Developing approaches for coordination in multi-robot environments inspired them to apply their expertise in advanced algorithms and AI technology in the field of weather nowcasting for aviation. Based on extensive computational and algorithmic technology the team developed a state-of-the-art weather nowcasting capability, providing near-real time weather information for applications in the sectors of aviation and renewable energy: the Meandair Nowcasting Weather Engine. AirportWeather.com provides actual weather and near-term forecasts for every airport in the world, including the regular METAR/TAF reports where available. AirportWeather.com is powered by the Meandair Nowcasting Weather Engine.
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Featured
About us :: Weather Nowcasting - Meandair
... on several research projects in robotics, AI and algorithms for collision avoidance of autonomous aircraft, many funded by the U.S. Army and U.S. Air Force research programmes. Developing approaches for coordination in multi-robot environments inspired them to apply their ...
McLean, United States
1-10 Employees
2015
We are active partners who provide the full range of support – strategic, operational, and financial – with a laser-focus on guiding a company to the next stage in its evolution. We are exclusively B2B focused, so B2C isn’t for us. Transparency, candor, and integrity are hallmarks of how we operate. If supplementary, public sector revenue is a plus. A subjective notion, but we look for evidence of satisfied customers buying products at an accelerating rate. Our firm exists to support those entrepreneurs who are leading the charge.
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PteroDynamics - Lavrock Ventures
... Autonomous VTOL aircraft platform offering transformational wing configurations for long range flight operations and cargo delivery. ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Autonomous Aircraft
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 10 |
| Amount of suitable service providers | 9 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 2015 |
| Youngest suiting company | 2021 |
An autonomous aircraft is a type of unmanned aerial vehicle (UAV) equipped with artificial intelligence (AI) systems that enable it to operate without direct human control. Unlike traditional remotely piloted drones, which require human operators, autonomous aircraft can make decisions, navigate, and perform tasks independently, relying on sophisticated sensors, algorithms, and data analytics. These advanced capabilities allow them to adapt to changing conditions and execute complex missions with high precision. The advent of autonomous aircraft is revolutionizing various sectors, including military defense, where they enhance surveillance and reconnaissance without risking human lives; agriculture, through precise crop monitoring and spraying; and logistics, by streamlining cargo delivery to remote or inaccessible areas. Moreover, their potential for passenger transport offers a glimpse into a future where air travel could become more efficient and accessible, reducing the need for human pilots and potentially transforming the aviation industry. The development and integration of autonomous aircraft into these fields underscore their significant role in advancing technology, improving safety, and opening new avenues for innovation and efficiency in airspace utilization.
1. Increased Safety
Autonomous aircraft significantly reduce the risk of human error, one of the leading causes of aviation accidents. By leveraging advanced algorithms and artificial intelligence, these aircraft can make precise decisions in complex scenarios, enhancing overall flight safety.
2. Operational Efficiency
The automation of flight operations and navigation improves efficiency. Autonomous aircraft can optimize flight paths for fuel efficiency and time savings, contributing to more environmentally friendly and cost-effective air travel.
3. Expanded Accessibility
Autonomous technology enables aircraft to operate in regions where human pilot services are scarce or challenging to provide. This capability opens up new routes, especially in remote areas, improving accessibility and connectivity for underserved populations.
4. 24/7 Operation
Unlike human pilots who require rest and are subject to working hour regulations, autonomous aircraft can operate around the clock. This continuous operation potential significantly increases aircraft utilization rates and service availability, making air transport more flexible and responsive to demand.
While evaluating the different suppliers make sure to check the following criteria:
1. Technology and Innovation
Ensure the supplier has a strong track record in autonomous technology, with ongoing investments in research and development.
2. Safety and Compliance
Verify that the supplier's aircraft meet all regulatory safety standards and have robust safety features.
3. Scalability
Consider whether the supplier can scale production to meet your needs, including future demand increases.
4. Cost Efficiency
Assess the total cost of ownership, including purchase price, maintenance, and operational costs, ensuring it aligns with your budget.
5. Support and Maintenance
Ensure the supplier offers comprehensive after-sales support, including maintenance and training services.
6. Customization
Check if the supplier provides customization options to tailor the aircraft to specific operational requirements.
7. Testimonials and Case Studies
Look for evidence of successful deployments and satisfied customers, which can provide insights into the supplier's reliability and performance.
Autonomous aircraft technology is revolutionizing logistics and supply chain management in numerous industries by providing an efficient and cost-effective means of transporting goods. Companies are leveraging these unmanned vehicles to expedite the delivery process, especially for reaching remote or hard-to-access areas. This innovation drastically reduces delivery times and operational costs, enhancing overall supply chain reliability. In the agricultural sector, autonomous aircraft are being utilized for precision farming practices. They enable farmers to monitor crop health, soil conditions, and hydration levels with unprecedented accuracy and speed. By collecting and analyzing data, these aircraft help in making informed decisions, optimizing the use of resources, and ultimately increasing crop yields without the need for constant human intervention. The energy industry benefits from autonomous aircraft through the efficient inspection and maintenance of critical infrastructure. Power lines, wind turbines, and oil pipelines, often located in challenging terrains, can be monitored regularly with minimal risk and reduced manpower. This capability not only ensures the operational integrity of energy networks but also significantly lowers the risk of environmental hazards. Emergency response and disaster management have also seen transformative applications of autonomous aircraft. In situations where time is of the essence and human safety is a concern, these aircraft provide a vital tool for search and rescue operations, delivering supplies, and assessing damage in disaster-stricken areas, thereby aiding in quicker response and recovery efforts. Through these diverse applications, autonomous aircraft are proving to be an invaluable asset across various B2B sectors, driving innovation, efficiency, and safety.
As of now, autonomous aircraft are predominantly situated at Technology Readiness Level (TRL) 4 to 6. This positioning reflects a stage where the technology has moved beyond mere theoretical development (TRL 1-3) into a more tangible form, with components and systems having been validated in a laboratory environment (TRL 4) and, in some cases, demonstrated in relevant environments (TRL 5-6). The specific placement within this range largely hinges on the application; for example, smaller drone technologies are closer to or have achieved full operational deployment (TRL 7-9), particularly in sectors like agriculture, surveillance, and logistics. Conversely, larger, passenger-carrying autonomous aircraft face more substantial hurdles. These include complex challenges related to ensuring safety and reliability in varied and unpredictable operational environments, integration into the existing air traffic management systems, and overcoming regulatory, ethical, and public acceptance issues. Technical limitations, such as the need for sophisticated AI algorithms capable of handling emergency situations with the same adeptness as a human pilot, also play a critical role in this phase. Collectively, these factors contribute to the current TRL of autonomous aircraft, highlighting the nuanced progress and existing challenges that mark their journey toward full operational capability and widespread acceptance.
In the short-term, the focus on autonomous aircraft is set to revolve around enhancing sensor technologies and improving AI algorithms for better decision-making capabilities. These advancements are critical for safe navigation in varied environments, aiming to reduce human error and increase efficiency in operations. The industry is also expected to witness the integration of advanced communication systems that enable real-time data exchange between aircraft and ground control, laying the groundwork for more sophisticated autonomous features. Moving into the mid-term, the development of fully autonomous flight systems will take center stage. This phase will see significant strides in battery technology and electric propulsion systems, facilitating longer flight durations and reducing the carbon footprint of air travel. Additionally, regulatory bodies are anticipated to develop and adapt policies to accommodate the rise of autonomous aircraft, focusing on safety standards and airspace integration. This period will likely showcase the first wave of pilotless commercial flights, primarily in cargo and logistics applications, demonstrating the reliability and efficiency of these systems. In the long term, autonomous aircraft are poised to revolutionize personal and commercial transportation. With the maturation of AI and machine learning algorithms, these aircraft will offer unparalleled levels of safety and reliability. The widespread adoption of autonomous air taxis and personal flying vehicles will become a reality, significantly reducing urban congestion and opening new avenues for rapid, point-to-point travel. Furthermore, advancements in sustainable energy sources will ensure that these vehicles are both environmentally friendly and cost-effective, marking a new era in aviation technology.
