Founded in 2008 as a subsidiary of Mitsubishi Heavy Industries, Ltd. (MHI), Mitsubishi Aircraft Corporation is committed to the design, development, and production of advanced commercial aircraft. Headquartered in Nagoya, Japan, the company is positioned at the forefront of Japan’s ambition to expand its footprint in the global aerospace market. With a strong emphasis on aeronautical innovation, operational efficiency, and sustainable practices, Mitsubishi Aircraft aims to deliver cutting-edge aerospace solutions that meet the evolving demands of airlines and travelers.
Mitsubishi Aircraft Corporation's mission is to enhance Japan's presence in the commercial aviation industry, focusing on the development of regional jets. With modern manufacturing facilities and partnerships with international aerospace firms, Mitsubishi is committed to leveraging global expertise while fostering domestic aviation growth. Collaborations with renowned aerospace companies, including Pratt & Whitney and Bombardier, enable Mitsubishi Aircraft to harness the latest technologies and contribute to the competitive landscape of commercial aviation.
Unique Commitment to Sustainability: Mitsubishi Aircraft Corporation integrates sustainable practices throughout its operations, including a commitment to reducing the carbon footprint of its aircraft. The SpaceJet features designs that focus on lower emissions, reduced noise pollution, and enhanced fuel efficiency, aligning with global efforts to achieve more environmentally friendly aviation solutions.
SpaceJet (formerly known as Mitsubishi Regional Jet - MRJ)
The SpaceJet is Mitsubishi’s pioneering regional jet, representing a significant advancement in aeronautical engineering and the design of environmentally friendly aircraft tailored for short to medium-haul routes.
Specifications:
Milestones:
Initially unveiled in 2008, the SpaceJet's first flight occurred in 2015, with plans to enter commercial service expected in the near future, marking a crucial development in Japan's aerospace capabilities. The project showcases Mitsubishi's agility in adapting to industry demands, employing lean manufacturing techniques to streamline production processes.
Mitsubishi Aircraft Corporation is also actively engaged in future projects to expand its influence in the global aerospace sector.
Mitsubishi is exploring advanced technologies and larger aircraft models to cater to evolving market demands, including potential collaborations with other international aerospace manufacturers to enhance its aircraft portfolio. The company is particularly focused on developing aircraft that meet future airline operational requirements, emphasizing digital technologies and smart systems for enhanced performance and reliability.
Mitsubishi’s aircraft are known for their innovative designs, fuel efficiency, and commitment to environmental sustainability. Here’s an overview of Mitsubishi’s key aircraft model, highlighting its production milestones, operational status, and global competitiveness.
| Aircraft Model | Seating Capacity | First Flight | Production End | Total Orders | Deliveries | In Operation |
|---|---|---|---|---|---|---|
| Mitsubishi SpaceJet | 76–88 | 18 November 2015 | Ongoing | 400+ | NBD | NBD |
Mitsubishi Aircraft Corporation's growing network of MRO facilities ensures that their aircraft meet the highest standards of safety and performance. Their MRO services include:
Mitsubishi Aircraft Corporation provides numerous career opportunities for engineers keen on advancing aerospace technology. Engineering roles include:
Mitsubishi Aircraft Corporation offers competitive salaries for engineers, comparable to other leading aerospace companies:
Mitsubishi Aircraft Corporation welcomes global talent, including professionals from India, providing a vibrant platform to work within the global aerospace sector.
Mitsubishi assists international professionals with work permits, visas, and relocation support for roles based in Japan.
Interested professionals can apply through:
Innovation in Aviation Technology: Mitsubishi Aircraft Corporation is committed to staying at the forefront of technological advancements in aerospace. The integration of smart technologies, including AI and machine learning, into their design and manufacturing processes is an ongoing initiative aimed at enhancing aircraft performance and operational efficiency.
Mitsubishi Aircraft Corporation offers exciting and rewarding career paths, providing opportunities to work in one of the most innovative sectors of the aerospace industry. This commitment to excellence positions Mitsubishi as a key player in the future of global commercial aviation.
A subsidiary of Mitsubishi Heavy Industries, founded in 2008, focused on designing and producing advanced regional jets.
Mitsubishi's flagship aircraft, seating 76 to 88 passengers, designed for short to medium-haul routes.
November 18, 2015, with commercial service expected soon.
Roles in Aeronautical Design, Avionics, Materials Engineering, Flight Testing, and Sustainability Engineering.
A Bachelor's degree in Aerospace or related fields; Master's or Ph.D. preferred for specialized roles.
Yes, English fluency is essential; Japanese knowledge is a plus.
Through Mitsubishi's website or job portals like LinkedIn, preparing for technical interviews.
Mitsubishi offers clear pathways for career advancement, with roles that allow engineers to take on leadership positions and specialized technical paths.
Yes, collaboration across multidisciplinary teams is encouraged, fostering a dynamic and innovative workplace culture.
The aerospace industry is known for its technological advancements, providing engineers with the opportunity to work on innovative solutions that impact global travel.
While work hours can be demanding, especially during project deadlines, the company strives to maintain a work-life balance.
Yes, the hiring process can be competitive and may involve multiple rounds of interviews and assessments, which can be time-consuming.
Job security can fluctuate based on market conditions and project timelines, typical for many companies in the aerospace sector.
The work environment can be highly competitive, requiring employees to continuously prove their skills and contributions.
AI and machine learning to enhance aircraft performance and efficiency.