Tech Frontiers – The Aerospace Edition
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Reasons to Buy the ‘Tech Frontiers: The Aerospace Edition’ report:
- The report focuses on high-impact, near-term innovation areas identified through GlobalData’s proprietary Technology Foresights tool, such as gas turbine airfoils, hybrid hydrogen-electric powertrains, and advanced 3D printing for aerospace applications.
- Each of these areas is explored in depth, revealing the drivers, challenges, and application potential that will shape the future of the aerospace sector.
- By offering detailed patent trends and strategic insights, this report equips stakeholders with the knowledge needed to effectively navigate and capitalize on these cutting-edge innovations, positioning themselves at the forefront of the sector’s transformation.
How is our report unique from other reports in the market?
- Technologies are constantly changing, adapting, and progressing to enable a paradigm shift in our daily lives. GlobalData’s FutureTech Report Series is aimed at capturing futuristic technologies that have the potential to disrupt tomorrow.
- The awareness, knowledge, and expertise covered in this report will help transform business models and strategic thinking with an in-depth understanding of megatrends that can directly influence patenting, collaboration, acquisition, and investment decisions.
- The report’s sector innovation radar chart identifies key disruptive forces within the aerospace & defense sector; 16 ranked high-impact, near-term innovation areas in the aerospace sector that include supplementary patent details.
- The Innovation area deep-dive gives an overview and highlights patent indicators, key enterprise and startup/university innovators, leaderboards, and market buzz of select innovation areas.
- Deep-dive of 16 innovation areas that include their overview, patent indicators, key enterprise and startup/university innovators, leaderboards, and market buzz and methodology.
We recommend this valuable source of information to anyone involved in:
- Defense OEMs (Original Equipment Manufacturers)
- Defence Technology Leaders/Start-ups
- ADS Planners and Government Bodies
- Business Development and Market Intelligence
- Investment Analysts and Portfolio Managers
- Professional Services – Investment Banks, PE/VC Firms
- M&A/Investment, Management Consultants, and Consulting Firms
To Get a Snapshot of the Aerospace Tech Frontiers
Tech Frontiers – The Aerospace Edition Report Overview
GlobalData’s latest FutureTech Series report ‘Tech Frontiers: The Aerospace Edition’ is a data-driven report highlighting the next wave of technology evolution in the aerospace sector. It particularly focuses on high-impact near-term innovation areas derived from GlobalData’s proprietary Technology Foresight model. The model identifies key disruptive forces within the aerospace sector by evaluating the impact and duration of innovations, enabling it to strategically prioritize innovation investments. The report additionally offers detailed patent trends and strategic insights, empowering stakeholders to navigate and capitalize on progressive innovations, positioning themselves at the forefront of the sector’s transformation.
GlobalData’s Innovation Radar Chart in the Aerospace & Defense Sector
Buy the Full Report to Know More about the Aerospace Tech Frontiers
| Key High-Impact, Near-Term Innovation Areas | · Gas Turbine Airfoils
· Hybrid Aircraft Seats · Lightweight Composite Fuselage · Turbine Blade Additive Restoration · Aircraft A/C Heat Exchangers |
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High-Impact, Near-Term Innovation Areas in the Aerospace Sector
A few of the key high-impact, near-term innovation areas in the aerospace sector are gas turbine airfoils, hybrid aircraft seats, lightweight composite fuselage, turbine blade additive restoration, and aircraft A/C heat exchangers, among others.
Gas turbine airfoils: Gas turbine airfoils are components of gas turbines that are designed to convert the energy of gas or liquid flows into rotational energy. They typically consist of blades or vanes that are aerodynamically shaped to maximize efficiency and performance. Gas turbine airfoils play a crucial role in the operation of gas turbines by improving the efficiency of energy conversion and ensuring stable and reliable performance.
Advancements in gas turbine technology, like adaptive cycle engines and hypersonic ramjets, boost the demand for gas turbine airfoils by enabling high-speed flight, longer range, and improved combat capabilities. Integrating renewable energy sources, such as wind turbines, with aerospace technologies drives demand for gas turbine airfoils as well, aiming to ensure energy and national security compatibility.
Hybrid aircraft seats: Hybrid aircraft seats are designed for commercial aircraft and provide multiple configurations and functionalities to enhance passenger comfort and optimize the use of space. These innovative seats can transform between upright, reclined, and flat configurations, allowing passengers to adjust their seating positions according to their preferences and needs during a flight. Advancements in technology provide such seats with state-of-the-art sensing and protection capabilities for a superior and connected experience.
The concentration of patents in the US and Europe highlights a regional focus on developing hybrid aircraft seating technology. Strong regulatory pressures and market demand for more sustainable and efficient aviation solutions drive the popularity of this technology in the region, coupled with themes like climate change and sustainable transportation.
Aerospace Sector – High-Impact, Near-Term Innovation Areas
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Acumen Designs
AECOM
Aerion Corporation
Aerobotics Pty Ltd
AeroMobil
AeroVironment Inc
Air New Zealand Ltd
Airbus Atlantic
Airbus SE
Alakai Technologies Corporation
Alphabet Inc
Alstom SA
Altaeros Energies
Inc.
Amazon.com Inc
Anduril Industries Inc
Areva Wind GmbH
ArianeGroup SAS
BAE Systems Plc
Bain Capital LP
BayoTech Inc
Beihang University
Blue Bear Systems Research Ltd
Bombardier Inc
Borealis Technical Limited
BOUND 4 BLUE S.L.
Brown University
C&D Zodiac
Inc.
Cassa Depositi e Prestiti Group
Caterpillar Inc
CEA
Central South University
Centre National Research Scientific
Chongqing University
Chromalloy Gas Turbine LLC
Commercial Aircraft Corporation of China Ltd
Commissariat a l'Energie et aux Energies Alternatives
Compagnie Generale des Etablissements Michelin
Continuous Composites Inc
Daher Group
Deutsche Lufthansa AG
Deutsches Zentrum fur Luft- und Raumfahrt eV
Diehl Aircabin GmbH
Diehl Stiftung & Co KG
Doosan Corp
Dresden University of Technology
EADS Deutschland GmbH
EADS Sogerma
Embraer SA
Expliseat
Fabheads Automation Pvt Ltd
Fischer Advanced Composite Components AG
FLYR
Inc.
FRANKLIN PRODUCTS
INC.
Fraunhofer-Gesellschaft zur Forderung der Angewandten Forschung eV
Gecko Robotics Inc
General Dynamics Corp
General Electric Co
Georgia Institute of Technology
Grenoble Institute of Technology
Gyeongsang National University
H2 Clipper
Inc.
H3 Dynamics Holdings Pte Ltd
Halliburton Co
Hanwha Corp
Harbin Institute of Technology Ltd
HD Hyundai Co Ltd
Henkel AG & Co KGaA
Hexcel Corp
Honeywell International Inc
HONTEK CORPORATION
Howmet Aerospace Inc
Hyundai Motor Co
ICON Aircraft
Inc.
IHI Corp
Imperial College London
Inductosense Ltd
Institut Francais du Petrole (IFP)
International Consolidated Airlines Group SA
Intertechnique
Intertrade
Iowa State University
Israel Aerospace Industries Ltd
JAMCO Corp
Japan Aerospace Exploration Agency
Jetoptera Inc
Joby Aviation Inc
Jones Lang LaSalle Inc
Karem Aircraft Inc
Kawasaki Heavy Industries Ltd
Kawasaki Jukogyo Kabushiki Kaisha
King Abdullah University of Science and Technology
Kitty Hawk Corp
KKR & Co Inc
Korea Advanced Institute of Science and Technology
Korea Aerospace Research Institute
Korea Aerospace University
Korea Institute of Energy Research
Korea Institute of machinery & materials
Kuraray Co Ltd
L3Harris Technologies Inc
Leonardo SpA
LG Corp
Liebherr-International AG
Lockheed Martin Corp
Makani Technologies LLC
MBDA France S.A.S.
Mediafly Inc
Meditor European Master Fund Limited
Melrose Industries PLC
Minesto AB
Mitsubishi Corp
Mitsubishi Heavy Industries Ltd
Nanjing Tech University
Nanjing University of Aeronautics and Astronautics
nanoGriptech Inc
Naval Group
Nikon Corp
Northwestern Polytechnical University
Overair Inc
Panasonic Holdings Corp
Porsche Automobil Holding SE
PPG Industries Inc
Recaro Aircraft Seating GmbH
Renault SA
Rensselaer Polytechnic Institute
REV Group Inc
Rolls-Royce Holdings Plc
RTX Corp
Saab AB
Safran SA
Saudi Arabian Oil Co
SeaSmart AS
Seoul National University
Shanghai Aircraft Design and Research Institute of Commercial Aircraft Corporation of China
Sharp Corp
Shimadzu Corp
Siemens AG
Siemens Energy AG
Sierra Nevada Corp
Skypull SA
Snecma SA
Solvay SA
Sonaca SA
Southeast University
Southern University of Science and Technology
Spirit AeroSystems Holdings Inc
Stanford University
State University System of Florida
Subaru Corp
Sulzer Ltd
Sun Yat-sen University
Syracuse University
Tel Aviv University
Temasek Holdings Pvt Ltd
Terradepth
Texas Tech University System
Textron Inc
Thales SA
ThayerMahan Inc
The Boeing Co
The French Alternative Energies and Atomic Energy Commission
The University of Adelaide
The University of British Columbia
ThyssenKrupp AG
TotalEnergies SE
Toyota Motor Corp
Transcend Air Corp
Tsinghua University
U.S. Department of Defence
Universal Hydrogen Co
UNIVERSITE LYON 1 CLAUDE BERNARD
University Claude Bernard Lyon 1
University of Alabama
University of Bristol
University of California
University of Connecticut
University of Exeter
University of Grenoble
University of Illinois
University of Miami
University of Nantes
University of Paris-Sud
University of Poitiers
University of Seoul Industry Cooperation Foundation
University of South Carolina
University of Stuttgart
University of Washington
University Paul Sabatier
Vestas Wind Systems AS
Virgin Group Ltd.
Volocopter GmbH
Warburg Pincus LLC
Wisk Aero LLC
X Development LLC
Xiamen University
Xi'An Aircraft Design Institute of Aviation Industry Corporation of China
Xi'an Jiaotong University
ZeroAvia Inc
Zodiac Seats France
Zodiac Seats UK Ltd.
Table of Contents
Frequently asked questions
-
Which are the key high-impact, near-term innovation areas in the aerospace sector?
A few of the key high-impact, near-term innovation areas in the aerospace sector are gas turbine airfoils, hybrid aircraft seats, lightweight composite fuselage, turbine blade additive restoration, and aircraft A/C heat exchangers, among others.
-
What are the functions of a gas turbine airfoil in the operation of gas turbines?
Gas turbine airfoils improve the efficiency of energy conversion and ensure the stable and reliable performance of gas turbines.
-
What is the purpose of hybrid aircraft seats?
Hybrid aircraft seats are innovative seating arrangements designed for commercial aircraft and provide multiple configurations and functionalities to enhance passenger comfort and optimize the use of space.
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