Retired employees from China’s top aircraft company took to the streets to demand the authorities to help them reclaim their pensions and to protest against corruption. Netizens allege that the missing retirement funds could be linked to a senior director of the parent company who committed suicide last month after authorities suspected he embezzled a huge amount of money.
Engineers at Xi'an Aircraft Industrial Corporation were the main team responsible for the development of China’s JH-7 fighter aircraft, also known as the “flying leopard.” The company, based in Shaanxi Province, develops medium- and large-sized aircraft.
The video got a lot of attention on Chinese social media because it is well-known in the mainland that the country’s researchers and scientists of military technology earn high salaries and can easily enjoy an affluent retirement—but this is not the case for the retired employees of Xi’an Aircraft.
Some netizens pointed out that Li Shouze, the deputy general manager of Aviation Industry Corporation of China (AVIC)—the parent company of Xi'an Aircraft Industrial Corporation—was involved in corruption, according to RFA. Li passed away on Dec. 6 of last year at the age of 58, but major state media did not announce his death until Dec. 16, nor did they reveal the cause of his death.
Li’s mysterious death and the obscure reports thereafter prompt some netizens and social media users to suspect that Li was involved in embezzling funds.
According to public data, Li has taken several leading positions at AVIC and its subsidiary companies, including Xi'an Aircraft Industrial Corporation. For example, Li had served as deputy director of Xi’an Aircraft Industrial Corporation, the head of First Aircraft Design Institute, and the board director and deputy general manager of AVIC.
He has also been involved in many key military research projects, including JH-7 series, KJ-2000, SAIC Eaglet 500, and Y-20 aircraft. Li was the chief responsible person for the development of KJ-2000, a Chinese airborne early warning and control system.