Advancements in technology, sustainability, and efficiency are shaping the future of commercial aircraft and engine platforms. Key areas of focus include reducing environmental impact, improving fuel efficiency, and integrating new technologies. Furthermore, as the industry inches toward 2050, the drive to achieve net zero becomes even more crucial as pressure from multiple points, including social, economic, and government targets, gains prominence. This will lead to increased innovation and the development of advanced technologies to support the industry's decarbonization. Such developments will take place across the industry value chain, resulting in the increased availability of solutions/technologies to support a wide range of requirements while addressing multiple touchpoints across the ecosystem. Next-generation aircraft/engine platforms will offer several financial and business benefits—from reduced operating costs and improved passenger experiences to new routes and destinations. Airlines, airports, and other stakeholders should start adopting these new platforms, and those that do it quickly will benefit from early adoption.
Author: Shantanu Gangakhedkar
The Impact of the Top 3 Strategic Imperatives on Future Aircraft/ Engine Platforms
Disruptive Technology
The development of new aircraft/engine platforms and new propulsion systems is disrupting the commercial aviation industry's technology landscape.
- These new developments also require supporting technology, such as batteries for electric aircraft.
- Next-generation innovative aircraft platforms and propulsion systems will be crucial in making the industry efficient and sustainable.
- Development and deployment of these platforms will require the entire value chain to evolve from a technological and infrastructure perspective.
- Going forward, the industry will experience multiple innovations to support these futuristic platforms.
Transformative Megatrends
- Sustainability and efficiency are becoming increasingly important and will be key factors driving the evolution
of next-generation aircraft/engine platforms. - The key goal of future platforms is to support the industry in becoming net zero while improving operational efficiency.
- The speed and success of the adoption of future platforms (once they are tested and certified) will depend on the benefits they offer, including reduced emissions and operational costs.
- Adoption will increase gradually as the technology evolves, starting from hybrid propulsion and followed by all-electric and hydrogen platforms.
Industry Convergence
- In the last few decades, aircraft/engine design has not changed significantly. Today, with the development of next-generation platforms, the traditional value chain is being disrupted, not only with the entry of new systems and new companies but also with several partnerships and collaborations.
- The number of participants entering the industry will increase due to the wide range of technological and financial requirements.
- The industry will also experience an increase in various types of partnerships across geographies and industries.
Drivers
Future Aircraft/Engine Platforms for Commercial Use: Growth Drivers, Global, 2024–2035
| Driver | 1–2 Years | 3–4 Years | 5–12 Years |
|---|---|---|---|
| Collaboration and Partnerships | High | High | High |
| The industry is seeing increased collaboration between various value chain stakeholders, including OEMs, airlines, and component manufacturers, to accelerate the development and deployment of innovative platforms. | |||
| Technology Innovation | Medium | High | High |
| Innovation in new technologies, such as materials, batteries, motors, and manufacturing and design techniques, supports the development of future platforms and drives industry growth. | |||
| Sustainability and Efficiency | Medium | High | High |
| As governmental, social, and economic pressures rise, the drive for sustainability and efficiency is gaining significant momentum to meet these targets. | |||
| Emergence of New Specialized Companies | Medium | High | High |
| Alongside large multinationals, many smaller organizations have entered the industry, each with a specialized focus area. This has led to faster and more focused development, driving the growth of the industry. | |||
| Growing Competition | Medium | Medium | Medium |
| Competition between aircraft and engine OEMs, as well as the operators of these platforms, is increasing, leading to a need for differentiation. | |||
Restraints
Future Aircraft/Engine Platforms for Commercial Use: Growth Restraints, Global, 2024–2035
| Restraint | 1–2 Years | 3–4 Years | 5–12 Years |
|---|---|---|---|
| Certification and Regulations | High | Medium | Medium |
| Infrastructure | High | Medium | Medium |
| Integration Challenges | High | Medium | Medium |
| Supporting Technology | High | Medium | Low |
| Training and Support | Medium | Medium | Low |
Need for Innovative Engine/Aircraft Platforms
- Drive for Increased Performance
Airlines are continuously looking at ways to increase carrying capacity and aircraft range. - Operational Efficiency
Operators want to reduce platforms’ operational costs in terms of fuel consumption and maintenance. - Increasing Passenger Requirements
Passengers are increasingly looking for more comfortable cabins that include features such as reduced vibration and noise and more spacious interiors. - Sustainability
The industry aims to become net zero, leading to the development of sustainable platforms. - Enhanced Passenger Experience
Owing to the increasing competition, offering the highest levels of passenger experience is a key differentiator. - Adopting Future Fuels
The constantly increasing cost of jet fuel puts pressure on airlines; as a result, airline operators are exploring platforms that support alternate fuels.
Key Future Aircraft/Engine Platforms
- Blended Wing Body (BWB)
- Truss-braced Wing (TBW)
- Open Rotor Engine
- Supersonic Passenger Aircraft
Propulsion Systems to Support Future Fuels
- Hybrid
- All Electric
- Hydrogen
Why is it Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on Future Aircraft/ Engine Platforms
Growth Opportunities Fuel the Growth Pipeline Engine™
Growth Metrics
Need for Innovative Engine/Aircraft Platforms
Key Future Aircraft/Engine Platforms
BWB
TBW
Open Rotor Engine
Supersonic Passenger Aircraft
Propulsion Systems—Hybrid
Propulsion Systems—All Electric
Propulsion Systems—Hydrogen
Expected Deployment Matrix of Future Propulsion Systems
Stakeholder Involvement in the Development of Future Platforms
Drivers
Restraints
Overview of Key Projects
Overview of Key Projects (continued)
Key Success Factors
Growth Outlook for Future Aircraft/Engine Planforms
Growth Opportunity 1—Innovative Aircraft Platforms to Increase Operational Efficiency
Growth Opportunity 1—Innovative Aircraft Platforms to Increase Operational Efficiency (continued)
Growth Opportunity 2—Advanced Propulsion Systems to Support Achieving Net-zero Targets
Growth Opportunity 2—Advanced Propulsion Systems to Support Achieving Net-zero Targets (continued)
Growth Opportunity 3—Innovative Aircraft/Engine Platforms to Generate New Business Opportunities
Growth Opportunity 3—Innovative Aircraft/Engine Platforms to Generate New Business Opportunities (continued)
List of Exhibits
Legal Disclaimer
List of Figures- Future Aircraft/Engine Platforms: Growth Metrics, Global, 2023
- Future Aircraft/Engine Platforms for Commercial Use: Growth Drivers, Global, 2024–2035
- Future Aircraft/Engine Platforms for Commercial Use: Growth Restraints, Global, 2024–2035
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Advancements in technology, sustainability, and efficiency are shaping the future of commercial aircraft and engine platforms. Key areas of focus include reducing environmental impact, improving fuel efficiency, and integrating new technologies. Furthermore, as the industry inches toward 2050, the drive to achieve net zero becomes even more crucial as pressure from multiple points, including social, economic, and government targets, gains prominence. This will lead to increased innovation and the development of advanced technologies to support the industry's decarbonization. Such developments will take place across the industry value chain, resulting in the increased availability of solutions/technologies to support a wide range of requirements while addressing multiple touchpoints across the ecosystem. Next-generation aircraft/engine platforms will offer several financial and business benefits from reduced operating costs and improved passenger experiences to new routes and destinations. Airlines, airports, and other stakeholders should start adopting these new platforms, and those that do it quickly will benefit from early adoption.
Author: Shantanu Gangakhedkar
| Deliverable Type | Market Research |
|---|---|
| Author | Shantanu Gangakhedkar |
| Industries | Aerospace, Defence and Security |
| No Index | No |
| Is Prebook | No |
| Keyword 1 | Aircraft Engine Platforms Market |
| Keyword 2 | Commercial Aircraft Engines |
| Keyword 3 | Future of Aircraft Engines |
| List of Charts and Figures | Future Aircraft/Engine Platforms: Growth Metrics, Global, 2023~ Future Aircraft/Engine Platforms for Commercial Use: Growth Drivers, Global, 2024–2035~ Future Aircraft/Engine Platforms for Commercial Use: Growth Restraints, Global, 2024–2035~ |
| Podcast | No |
| WIP Number | PFPR-01-00-00-00 |
Analysis of Future Aircraft/Engine Platforms for Commercial Use
Analysis of Future Aircraft/Engine Platforms for Commercial Use
The Commercial Aviation Industry is Experiencing an Evolution in Terms of Aircraft/Engine Platforms Being Driven by the Need to Become Sustainable and Efficient
RELEASE DATE
02-Sep-2024
02-Sep-2024
REGION
Global
Global
Deliverable Type
Market Research
Market Research
Research Code: PFPR-01-00-00-00
SKU: AE_2024_974
$2,450.00
In stock
SKU
AE_2024_974