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As I have used it in Sci-Fi concepts within my own stuff, I have used the phrase:

Gravitically significant.

If something does not possess enough gravity (due to mass) to be orbited, then it is not gravitically significant.

Depending on usage, this could be a fuzzy definition. Some starships (in my stuff) generate enough gravity to disturb star systems, and are gravitically significant. But, to an astronaut on an asteroid, the astroid is gravitically significant. The asteroid to the star system, is not.

As a single term, gravitic is about as close as I can get. "It exerts gravity." (yes, everything does, but so much of that is unnoticed, so is it, on a practical sense?)

As I have used it in Sci-Fi concepts within my own stuff, I have used the phrase:

Gravitically significant.

If something does not possess enough gravity (due to mass) to be orbited, then it is not gravitically significant.

Depending on usage, this could be a fuzzy definition. Some starships (in my stuff) generate enough gravity to disturb star systems, and are gravitically significant. But, to an astronaut on an asteroid, the astroid is gravitically significant. The asteroid to the star system, is not.

As I have used it in Sci-Fi concepts within my own stuff, I have used the phrase:

Gravitically significant.

If something does not possess enough gravity (due to mass) to be orbited, then it is not gravitically significant.

Depending on usage, this could be a fuzzy definition. Some starships (in my stuff) generate enough gravity to disturb star systems, and are gravitically significant. But, to an astronaut on an asteroid, the astroid is gravitically significant. The asteroid to the star system, is not.

As a single term, gravitic is about as close as I can get. "It exerts gravity." (yes, everything does, but so much of that is unnoticed, so is it, on a practical sense?)

explanations
Source Link

As I have used it in Sci-Fi concepts within my own stuff, I have used the phrase:

Gravitically significant.

If something does not possess enough gravity (due to mass) to be orbited, then it is not gravitically significant.

Depending on usage, this could be a fuzzy definition. Some starships (in my stuff) generate enough gravity to disturb star systems, and are gravitically significant. But, to an astronaut on an asteroid, the astroid is gravitically significant. The asteroid to the star system, is not.

As I have used it in Sci-Fi concepts within my own stuff, I have used the phrase:

Gravitically significant.

If something does not possess enough gravity (due to mass) to be orbited, then it is not gravitically significant.

As I have used it in Sci-Fi concepts within my own stuff, I have used the phrase:

Gravitically significant.

If something does not possess enough gravity (due to mass) to be orbited, then it is not gravitically significant.

Depending on usage, this could be a fuzzy definition. Some starships (in my stuff) generate enough gravity to disturb star systems, and are gravitically significant. But, to an astronaut on an asteroid, the astroid is gravitically significant. The asteroid to the star system, is not.

Source Link

As I have used it in Sci-Fi concepts within my own stuff, I have used the phrase:

Gravitically significant.

If something does not possess enough gravity (due to mass) to be orbited, then it is not gravitically significant.