by78
General
An image of a Martian dust storm taken by the Tianwen-1 orbiter. By the way, a form of the proposed Martian meteorological satellites will probably be launched within the next two years.
Thousands of launches a year? That's an average of more than five launches a day every single day. With a 150 ton to LEO CZ-9 (call it 100 in a reusable configuration), that's putting up more than 200,000 tons into LEO per year (2.5 Fujian carriers). I can't imagine what such a world would look like.But if the goal is to fast track reusable super heavy first stages to try and get to hundreds or even thousands of super heavy reusable launches a year, then this is somewhat small potatoes.
The Sino-French Space-based Multi-band Astronomical Variable Objects Monitor (SVOM) satellite is currently undergoing final assembly and testing at the Shanghai Microsatellite Research Institute. SVOM is expected to be launched sometime in 2024 by a Long March 2C. It will hunt for gamma ray bursts.
目前,卫星平台与4台有效载荷都正在中科院上海微小卫星创新研究院的AIT厂房内开展总装总测工作,其中,两台中方仪器GRM和VT已集成到卫星上,接下来,ECLAIR和MXT这两台法方仪器也准备开始集成...
Thousands of launches a year? That's an average of more than five launches a day every single day. With a 150 ton to LEO CZ-9 (call it 100 in a reusable configuration), that's putting up more than 200,000 tons into LEO per year (2.5 Fujian carriers). I can't imagine what such a world would look like.
近日,中国航天先进材料创新联盟在南京正式启动组建。联盟的创立将为航天科技与材料科学的交流与合作搭建平台,整合全国高校、科研院所的材料领域高端人才、技术,加快推进材料科学技术与航天事业的融合,促进中国航天科技实现跨越式发展。
当天,深空探测与地外生存科技论坛开幕式暨中国航天先进材料创新联盟启动会在线上、线下同步举行,近50位院士专家参加论坛,深入交流思想、共谋发展大计,共同推进中国航天事业的繁荣发展。
中国航天先进材料创新联盟启动会上,联盟组建工作正式启动,中国航天科技集团有限公司五院宇航物资保障事业部有关负责同志代表联盟所有发起单位宣读《中国航天先进材料创新联盟组建倡议书》。
据悉,创建中国航天先进材料创新联盟这一设想由南京大学和航天科技集团五院共同提出。
I don't think we will see thousands or even hundreds of superheavy launches a year any time soon. Beyond internet satellite launches there isn't much point.Not wrong, but the important thing is it would allow faster progression to a reusable super heavy first stage and allow faster maturation of reusability for when the 200t methalox is eventually ready.
Accelerating development to test and gain data for a super heavy first stage doing the entire launch and VTVL process is the most important part.
Of course if the goal is to only reach and sustain a peak of like, ten or twenty super heavy launches a year then I agree pursuing both kerolox and methalox first stages probably doesn't make sense.
But if the goal is to fast track reusable super heavy first stages to try and get to hundreds or even thousands of super heavy reusable launches a year, then this is somewhat small potatoes.
I don't think we will see thousands or even hundreds of superheavy launches a year any time soon. Beyond internet satellite launches there isn't much point.
Knowing similar things have been said before, I am very careful about saying this but I also see no future in ideas like the settlement of Mars and earth-to-earth suborbital transport. I really wonder how Starship will fare in the market. I will be watching that closely because it is not an answer to a demand. Its success is almost 100% dependent on doing what the F9 is doing for cheaper.
An image of a Martian dust storm taken by the Tianwen-1 orbiter. By the way, a form of the proposed Martian meteorological satellites will probably be launched within the next two years.
I think we might need to re-assess this a bit after the SpaceX starship launch recently. Obviously they were constrained by the location and budget such that they didn't invest in a proper launch Pad, but the damage to the makeshift launch pad from one of the most potent rocket ever fired cannot be understated.