Yes.
F119, YF120, F135, and F136 are all counter-rotating engines. YF120 is variable cycle and the XA100 and XA101 are more advanced 3-stream variable cycle from ADVENT/AETP.The US doesn’t seem to be moving to counter-rotating high pressure compressors in its immediate tech tree from what I can tell. As far as I can tell China started working on this technology from the early 2000s. The US actually had a variable cycle engine in the early 90s. One of the candidate engines for the F-22, the F120, was variable cycle. The Pentagon chose not to go this direction back then because of program risk. But the US’s next generation engine is going to be VCE. China started development on VCEs from what we can tell around the 2010s.
I know they are. What's being discussed is using counter-rotating architecture between HPC stages, not just between fan and compressor (F100, F110, WS-10) or between LPC and HPC (F119, YF120, F135, F136).F119, YF120, F135, and F136 are all counter-rotating engines. YF120 is variable cycle and the XA100 and XA101 are more advanced 3-stream variable cycle from ADVENT/AETP.
What is the estimated thrust of WS-15? I’m hearing anywhere from 16-18 metric tons.
F119, YF120, F135, and F136 are all counter-rotating engines. YF120 is variable cycle and the XA100 and XA101 are more advanced 3-stream variable cycle from ADVENT/AETP.
What is the estimated thrust of WS-15? I’m hearing anywhere from 16-18 metric tons.
We do actually have thrust curves for the WS-10C in a paper.We don’t even have official stats for WS-10C and have to extrapolate based on percentage differences from academic papers. Official stats for WS-15 will not be released for a long time, if ever.
We do actually have thrust curves for the WS-10C in a paper.
ws-10c with TVC nozzle?Yes.
We don't know but increasingly likely that this was a picture of the WS-15.ws-10c with TVC nozzle?