Chinese Leap in Space Race: Test of New Engine for Reusable Rockets with Huge Thrust
January 31, 2026312 ViewsRead Time: 2 Minutes
Font Size
16
The China Aerospace Science and Technology Corporation (CASC) announced its success in conducting ground tests on a new engine designed for reusable space rockets, a step that enhances Beijing's ambitions to compete in the future of commercial space launches.
200 Seconds of Burning and Global Standards
The organization explained that the combustion tests were conducted on Thursday, January 29, where the engine operated for a continuous 200 seconds, demonstrating performance and reliability levels that it described as comparable to global standards in this field.
Massive Thrust and Advanced Technologies
According to CASC, the new engine has the capability to generate thrust of up to 240 tons, operating on a high-pressure staged combustion cycle, using liquid oxygen and kerosene. It was developed by the Space Propulsion Technology Academy of the organization to be used in large and medium reusable rockets, especially in local commercial projects.
Long-Term Projects to Compete with the United States
This step is part of ongoing Chinese efforts for years to develop reusable space rockets, within a clear technological race with the United States. In January of last year, China conducted a launch test for a rocket of this type, where the Longxing-2 rocket reached an altitude of 75 kilometers, according to SpaceNews magazine.
Private Companies Enter the Launch Race
Developments are not limited to government institutions, as the private Chinese company Space Epoch announced in May 2025 the successful test of a reusable space rocket multiple times, operating on methane and liquid oxygen fuel. The rocket was launched from China's first maritime spaceport, located off the coast of Shandong province.
The Space Race Accelerates
Observers believe that these successive achievements reflect China's acceleration in building an integrated space system, combining advanced technology, reducing launch costs, and enhancing its presence in the global commercial space market.
