Ramjet engine tested by the Chinese

SinoSoldier

Colonel
Breaking news:

A third scramjet-powered testbed, named the XingKong-2 (Star-2), has been successfully tested. It is supposedly CASC's first Waverider-like scramjet testbed.
科技日报
今天 15:15 来自 微博 weibo.com

【我国首款乘波体高超声速飞行器(星空-2)飞行试验圆满成功】3日06点41分,随着一声巨响,由中国航天科技集团有限公司第十一研究院(简称十一院)研制的星空-2火箭在西北某靶场缓缓升空,经过近10分钟飞行后,该火箭完成主动段转弯、抛罩/级间分离、试飞器释放自主飞行、弹道大机动转弯等动作,按预定弹道进入落区。此举标志着星空-2火箭飞行试验圆满成功,实现了“国内第一乘波体”的飞行壮举。

Science and technology daily
Today 15:15 from weibo.com

[China's first waverider hypersonic vehicle (XingKong-2) flight test was a complete success] At 6:41 on the 3rd, with a loud noise, the XingKong rocket developed by the China Aerospace Science and Technology Group Co., Ltd. The 11th Research Institute (referred to as the 11th Institute) lifted off from a target range in the northwest. After nearly 10 minutes of flight, the rocket completed the active phase turning, the fairing separation, the test vehicle separated/released for autonomous flight, large ballistic turning and other actions, ballistic entry into the landing zone as schedule. This move marked the successful completion of the XingKong-2 rocket test, and achieved the flying feat of “the first domestic waverider”.

作为十一院开展的创新研发项目,星空-2火箭飞行试验任务是在集团公司的支持下,历时三年,成功自主研制的国内首款乘波体气动布局的高超声速试验飞行器。其以空气创新技术验证为目标,实现高超声速科学研究飞行平台研制与飞行试验。该试飞器集成了疏导式热防护热系统、内外力热测量系统及转捩流动测试系统等,依托航天科工四院火箭助推系统,将之投送到预定高度,并分离自主飞行,实现临近空间高炒声速滑翔飞行,完成气动力/热、分离干扰、自然转捩/人工转捩等多项科学问题数据测量。

据了解,星空-2火箭飞行试验项目创新性强,技术难度大,挑战了多项国际前沿创新技术难题:除了首次疏导式热防护技术飞行性能验证与工程应用、低空高动压高超声速抛罩分离技术外,还实现首个乘波体布局飞行器工程化,并高超声速静不稳定飞行与弹道控制。同时,首次将微涡发生器(MVG)技术应用于火箭/试飞器级间分离流动控制,完成乘波体高超飞行器大机动转弯飞行控制与制导技术等。

十一院负责人介绍说,本次飞行试验实现了飞行试验窗口科学载荷的全通道测量,全程光测、雷测、遥测正常,试飞器飞行可控、科学数据有效,完整回收。

Top speed was Mach 5.5-6 and the altitude was 30 km. The rocket released the scramjet vehicle after 10 minutes of flight, after which the vehicle flew for 400 seconds by itself.

Video:
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Recall that in December 2015, two different Scramjet systems have been tested: the Lingyun-1 and the MF-1

An article detailing those two systems can be read below:
Please, Log in or Register to view URLs content!
 
Last edited:

taxiya

Brigadier
Registered Member
Breaking news:

A third scramjet-powered testbed, named the XingKong-2 (Star-2), has been successfully tested. It is supposedly CASC's first Waverider-like scramjet testbed.


Top speed was Mach 5.5-6 and the altitude was 30 km. The rocket released the scramjet vehicle after 10 minutes of flight, after which the vehicle flew for 400 seconds by itself.

Video:
Please, Log in or Register to view URLs content!


View attachment 48186
View attachment 48181
View attachment 48180
View attachment 48185

********

Recall that in December 2015, two different Scramjet systems have been tested: the Lingyun-1 and the MF-1

An article detailing those two systems can be read below:
Please, Log in or Register to view URLs content!
This is not a scramjet-powered vehicle. It is a hypersonic near-space glider.

作为十一院开展的创新研发项目,星空-2火箭飞行试验任务是在集团公司的支持下,历时三年,成功自主研制的国内首款乘波体气动布局的高超声速试验飞行器。其以空气创新技术验证为目标,实现高超声速科学研究飞行平台研制与飞行试验。该试飞器集成了疏导式热防护热系统、内外力热测量系统及转捩流动测试系统等,依托航天科工四院火箭助推系统,将之投送到预定高度,并分离自主飞行,实现临近空间高炒声速滑翔飞行,完成气动力/热、分离干扰、自然转捩/人工转捩等多项科学问题数据测量。

据了解,星空-2火箭飞行试验项目创新性强,技术难度大,挑战了多项国际前沿创新技术难题:除了首次疏导式热防护技术飞行性能验证与工程应用、低空高动压高超声速抛罩分离技术外,还实现首个乘波体布局飞行器工程化,并高超声速静不稳定飞行与弹道控制。同时,首次将微涡发生器(MVG)技术应用于火箭/试飞器级间分离流动控制,完成乘波体高超飞行器大机动转弯飞行控制与制导技术等。
 

SDWatcher

New Member
Registered Member
该试飞器集成了疏导式热防护热系统、内外力热测量系统及转捩流动测试系统等,依托航天科工四院火箭助推系统,将之投送到预定高度,并分离自主飞行,实现临近空间高炒声速滑翔飞行,完成气动力/热、分离干扰、自然转捩/人工转捩等多项科学问题数据测量。

The test aircraft is integrated with a heat-conducting thermal protection system, an internal and external dynamic thermal measurement system, and a transitional flow test system. It relies on the rocket boosting system from the Fourth Academy of Aerospace Science and Technology, for delivery to a predetermined altitude, where the test aircraft is separated into autonomous flight, demonstrating near-space hypersonic glide. Data measurements are completed for aerodynamic, thermal, separation interference, natural transfer/ manual transfer, and other scientific issues .
 

Iron Man

Major
Registered Member
An HGV is not a ballistic missile, sitting on top of a rocket does not make it so.
I was referring to the method by which a missile package achieves hypersonic speeds. Of course an HGV is not the entirety of the ballistic missile.
 
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