
The upgraded engine, developed by the China Academy of Aerospace Propulsion Technology in Xian, can produce 750 newtons of thrust, according to Chinese media reports.
The engine, which was designed to run for nearly 10 hours, operated continuously for more than 14 hours during testing, thanks to a novel heat- and oxidation-resistant coating, the reports said.
In contrast, the leading engines currently used to raise spacecraft into their final orbit after launch, including the US-made R-42DM and Europe’s Leros-1B, are typically designed to operate for about seven hours.
The extra operating time did not come at the expense of performance, according to the reports.

Don't Miss:
-
Hong Kong launches real-name booking system for popular Sai Kung coastal trail
-
Mainland school operator leases Kowloon tower as talent influx drives city’s education boom
-
Brazil presidential debate zeroes in on Chinese investment and US tariffs
-
Malaysia’s data centre rules aim to green the sector, not slam the door
-
Hong Kong airport embraces future of travel with Terminal 2

The Northern Sea Route: China’s Emerging Alternative to Suez
Southeast Asia’s Fragmented Environmental Governance
After Years of Waiting, Noel Tata Presides Unchallenged over India’s Biggest Business