Deep Blue Space's Nebula-1 Rocket Crash: Analyzing Recovery Challenges

Monday, 23 September 2024, 02:24

Deep Blue Space recently faced a setback as its Nebula-1 rocket crashed during a landing attempt. This incident underscores significant challenges in rocket recovery technology as the Chinese firm pushes toward more advanced space operations. With 90% of its structure 3D printed, the crash raises questions about the future of recoverable rockets in the industry.
Aerotime
Deep Blue Space's Nebula-1 Rocket Crash: Analyzing Recovery Challenges

Rocket Launch Overview

Deep Blue Space, a Chinese private space company, conducted a significant test of its Nebula-1 recoverable rocket at its Inner Mongolia spaceport. The rocket was operational for 179 seconds, achieving a successful lift-off and recovery maneuver.

Crash Details

Unfortunately, the Nebula-1 suffered an abnormal engine shutdown merely 0.5 meters from the landing site, leading to a crash that resulted in partial damage to the rocket.

Technological Insights

  • The Nebula-1 is a 21-meter-long rocket powered by a liquid oxygen-kerosene engine.
  • Over 90% of its structure is crafted using high-temperature alloy 3D printing technology.

Looking Ahead

Despite this setback, Deep Blue Space is poised for a recovery test flight scheduled for November 2024, following a thorough analysis of this incident. The firm aims to achieve a complete orbital launch and recovery before the close of 2024.


This article was prepared using information from open sources in accordance with the principles of Ethical Policy. The editorial team is not responsible for absolute accuracy, as it relies on data from the sources referenced.


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