Chinese hypergravity machine is so insane that it reaches 1,900 G-tons, is located underground, spins giant arms at high speed, and can simulate earthquakes, storms, ocean depths, and even pressures from the Earth's depths.

Chinese hypergravity machine is so insane that it reaches 1,900 G-tons, is located underground, spins giant arms at high speed, and can simulate earthquakes, storms, ocean depths, and even pressures from the Earth’s depths.

Written by Romário Pereira de Carvalho

Published on 20/06/2026 at 19:38

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Installed at Zhejiang University in Hangzhou, the CHIEF1900 centrifuge generates up to 1,900 G-tons and allows simulation of earthquakes, storms, climate changes, and extreme pressures on structures, materials, and biological organisms

China has introduced the CHIEF1900 hypergravity machine, installed at the Interdisciplinary and Centrifugal Hypergravity Experiment Center, under Zhejiang University in Hangzhou. With the capacity to generate up to 1,900 G-tons, the centrifuge allows simulation of extreme conditions to study natural disasters, climate changes, materials, and biological organisms. The installation is located 50 feet, or 15 meters, deep to protect it from external vibrations.

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Hypergravity machine expands tests in extreme conditions

The CHIEF1900 operates through massive arms that spin at high speed and generate centrifugal force. This movement pushes objects outward and creates hypergravity environments, with levels far above the Earth’s normal gravity.

According to Dan Wilson, associate director of the Geotechnical Modeling Center at the University of California, Davis, the centrifuge can generate gravity levels hundreds of times greater than Earth’s gravity.

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Hypergravity machine can accelerate studies on natural disasters

One of the intended uses for the CHIEF1900 is in the simulation of earthquakes, storms, debris flows, wildfires, and effects associated with climate change. The idea is to subject scaled-down models of structures and environments to extreme forces.

Bridges, dams, and other infrastructures can be tested in controlled scenarios. This helps researchers observe potential damages in conditions that represent real situations, but without relying on the occurrence of these events in nature.

The centrifuge also allows for the compression of time in environmental processes. Changes that would normally take years to monitor can be simulated in shorter periods, with control over the conditions applied in the experiment.

“The expansion of capabilities will also help us build social resilience to climate-affected processes, such as debris flows and wildfires, creating new opportunities across a wide range of scientific issues,” stated Wilson.

Chinese hypergravity machine impresses scientists by creating forces hundreds of times greater than Earth's gravity, compressing time and space to test natural disasters, climate change, extreme materials, and biological organisms — Chinese hypergravity machine impresses scientists by creating forces hundreds of times greater than Earth’s gravity, compressing time and space to test natural disasters, climate change, extreme materials, and biological organisms

CHIEF1900 also targets materials, deep ocean, and space

The hypergravity machine will also be used in materials engineering research. By subjecting materials to extreme gravitational conditions, scientists can assess stress responses, durability, and performance in hostile environments.

This type of testing can aid in the development of materials for aerospace technology, deep-water exploration, drilling, mining, and the construction of deep underground spaces.

The CHIEF1900 can simulate pressures and gravity found at the ocean floor or deep within the Earth’s crust.

With this, researchers can evaluate how advanced alloys and other materials behave before being applied in extreme situations.

Control of forces is a central part of the research

Popular Mechanics explains that the arms of the centrifuge spin at very high speeds to create the forces necessary for the experiments.

These forces can be carefully controlled to avoid damage caused by unwanted resonances.

This precision is important because the machine will be used for both structures and materials as well as biological organisms.

The CHIEF1900 opens up space to observe reactions under intense stress, on a scale previously limited by smaller equipment.

This article was prepared based on information from Popular Mechanics and the material provided about the CHIEF1900, with data, numbers, and statements preserved as per the consulted material.

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Chinese hypergravity machine is so insane that it reaches 1,900 G-tons, is located underground, spins giant arms at high speed, and can simulate earthquakes, storms, ocean depths, and even pressures from the Earth’s depths.

Installed at Zhejiang University in Hangzhou, the CHIEF1900 centrifuge generates up to 1,900 G-tons and allows simulation of earthquakes, storms, climate changes, and extreme pressures on structures, materials, and biological organisms

Hypergravity machine expands tests in extreme conditions

Hypergravity machine can accelerate studies on natural disasters

CHIEF1900 also targets materials, deep ocean, and space

Control of forces is a central part of the research

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Chinese hypergravity machine is so insane that it reaches 1,900 G-tons, is located underground, spins giant arms at high speed, and can simulate earthquakes, storms, ocean depths, and even pressures from the Earth’s depths.

Installed at Zhejiang University in Hangzhou, the CHIEF1900 centrifuge generates up to 1,900 G-tons and allows simulation of earthquakes, storms, climate changes, and extreme pressures on structures, materials, and biological organisms

Hypergravity machine expands tests in extreme conditions

Hypergravity machine can accelerate studies on natural disasters

CHIEF1900 also targets materials, deep ocean, and space

Control of forces is a central part of the research

Libya built over 4,000 kilometers of underground pipelines to bring water from the Sahara to coastal cities in a project that the government itself called the Eighth Wonder of the World.

Desert sand, previously discarded for being too smooth for concrete, becomes an ecological brick in the United Arab Emirates, dispensing with Portland cement, curing at room temperature, and attempting to transform dunes useless for construction into raw material for a new arid engineering.

He transformed an abandoned plastic water tank into an underground house in the “hobbit hole” style, using only repurposed pallet wood, without heavy machinery or expensive labor.

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