World ranking of high thrust rockets (giants exploring space boundaries)

Exploring the boundaries of space is an eternal dream of mankind, and rockets, as the core of modern space technology, play an important role. The thrust of rocket is one of the important indexes to measure its performance. The greater the thrust, the stronger the load capacity of the rocket, and the stronger the ability to explore space. This article will introduce the ranking of the world's large thrust rockets, let's get to know these giants together.

1. Falcon heavy rocket

Falcon heavy rocket is an ultra-heavy rocket developed by space exploration technology company, a private American space company, with a thrust of 2227 tons. Falcon heavy rocket is one of the most powerful rockets in the world at present, which can send more than 60 tons of cargo into low earth orbit or 16 tons of cargo into the earth's escape speed.

Falcon heavy rocket consists of three Falcon 9 first-stage rockets and two Falcon 9 second-stage rockets. This design enables the Falcon heavy rocket to be reused, which greatly reduces the cost of the spacecraft.

2. Soyuz rocket

Soyuz rocket is a Russian heavy-duty launch vehicle with a thrust of 1.597 tons. Soyuz rocket is one of the most powerful rockets in the world at present, which can send 22 tons of cargo into the earth's escape speed.

Soyuz rocket was developed by Russian Aerospace Corporation, and its design was based on the Soviet-era Energy rocket. Soyuz rocket adopts modular design, which can be assembled flexibly according to the needs of the mission and has strong adaptability.

3. Falcon 9 rocket

Falcon 9 rocket is a medium-sized rocket developed by Space Exploration Technology Company with a thrust of 845 tons. Falcon 9 rocket is one of the most advanced commercial launch vehicles in the world, capable of sending 22.8 tons of cargo into low earth orbit.

Falcon 9 rocket consists of two Falcon 9 first-class rockets, which are reusable. The first-stage rocket of Falcon 9 rocket can be returned to the ground for reuse after completing the mission, which greatly reduces the cost of the spacecraft.