百吨级混合循环液氧煤油火箭发动机“红龙一号”
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“新格伦”火箭搭载火星探测器升空,第一级实现海上回收;首台!超导量子计算机有新进展丨智能制造日报
创业邦· 2025-11-15 03:49
Group 1 - China's successful development of high-rate microwave communication technology between satellites and ground, achieving data transmission rates of 6.0 Gbps in X-band and 20 Gbps in Ka-band, setting new records [2] - Blue Origin's "New Glenn" rocket successfully launched a Mars probe for NASA, with the first stage achieving a sea recovery, marking a significant milestone in reusable rocket technology [2] - The first superconducting quantum computer in China, "Tianyan-287," has been built, demonstrating quantum computing superiority by processing specific problems 450 million times faster than the fastest supercomputer [2] - The world's first 100-ton hybrid cycle liquid oxygen kerosene rocket engine, "Red Dragon No. 1," was unveiled, featuring high performance and reliability, capable of over 20 reuses, which will significantly reduce launch costs for China's commercial space industry [2]
铂力特:打印了天回航天研制的全球首台百吨级混合循环液氧煤油火箭发动机“红龙一号”真机的核心零部件
Zheng Quan Ri Bao Zhi Sheng· 2025-11-14 13:35
Core Viewpoint - The company, Plater, announced on November 14 that it has printed the core components of the "Honglong No. 1," the world's first 100-ton hybrid cycle liquid oxygen kerosene rocket engine, developed by Shaanxi Tianhui Aerospace Technology Co., Ltd. [1] Company Summary - Plater has engaged in a significant technological advancement by collaborating with Shaanxi Tianhui Aerospace Technology to produce a groundbreaking rocket engine [1] - The "Honglong No. 1" engine represents a notable achievement in the aerospace industry, potentially positioning the company as a key player in the space technology sector [1] Industry Summary - The development of the "Honglong No. 1" engine highlights the growing capabilities and innovations within the aerospace industry, particularly in the area of hybrid rocket engines [1] - This advancement may lead to increased competition and investment opportunities in the aerospace sector, as companies strive to develop more efficient and powerful propulsion systems [1]