Gravity Poppers are a proposed mission concept to study the gravity of small celestial bodies like asteroids and comets. They work by being released onto the surface of an object, jumping into the air, and returning to the surface while being tracked by an orbiter. The orbiter would then use this data to calculate the gravity of the region that the Gravity Poppers were flying over. 

The Gravity Poppers concept was first proposed in 2020 as part of NASA’s Innovative Advanced Concepts (NIAC) program. The NIAC program is designed to fund early-stage research and development of new technologies for space exploration. 

The Gravity Poppers concept has several advantages over traditional methods of studying the gravity of small celestial bodies. First, it is much less expensive to deploy a swarm of Gravity Poppers than it is to launch a single spacecraft. Second, Gravity Poppers can be used to study a wider range of objects than traditional methods, such as objects that are too small or too distant to be studied by other means. Third, Gravity Poppers can provide more detailed information about the gravity of an object than traditional methods. 

The Gravity Poppers concept is still in the early stages of development, but it has the potential to revolutionize the way that we study small celestial bodies.

Gravity Poppers are innovative probes designed to measure the gravity of small celestial bodies like asteroids and comets. They work by being released onto the surface of an object, jumping into the air, and returning to the surface while being tracked by an orbiter.

Gravity Poppers are tiny probes that measure the gravity of small celestial bodies, like asteroids and comets. They work by being released onto the surface of an object, jumping into the air, and returning to the surface while being tracked by an orbiter. 

Scientists can make precise gravitational calculations by analyzing the movement patterns of the probes in correlation with the known force of their jumps. 

The Gravity Poppers mission concept consists of a swarm of small, minimalistic probes that are deployed from a mother spacecraft to the surface of a small body. An orbiter could release a few dozen of these, with a paper detailing the idea suggesting 20. 

Researchers from the University of Colorado Boulder and NASA’s Jet Propulsion Laboratory introduced Gravity Poppers.

They work by being released onto the surface of an object, jumping into the air, and returning to the surface while being tracked by an orbiter

A satellite in orbit balances two factors: its velocity and the gravity force that Earth has on it. At the correct orbital velocity, gravity exactly balances the satellite’s inertia. This keeps the path of the satellite curving like Earth’s curved surface, rather than flying off in a straight line

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