WORLD MONUMENT

VESA Mounting 10 x 10 cm

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https://6jd8wla2892.com/activity/index/?view=3989

TRADING SCRIPT

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https://www.youtube.com/watch?v=vJucA4FOTSI

youtube.com/watch?v=pNoD9gGElnk

Capturing asteroids involves using specialized spacecraft to rendezvous with near-Earth objects, securing them with large bags or robotic arms, and maneuvering them into stable orbits (e.g., cis-lunar space) for study or mining. Techniques like optical mining (using sunlight to vaporize resources) and robotic grapples are being developed to extract water and materials, primarily for in-space construction.

Key Methods and Initiatives for Capturing Asteroids:

NASA's Asteroid Redirect Mission (ARM):
A former plan to capture a boulder from a larger asteroid and move it to a stable, high lunar orbit for future astronaut exploration.

TransAstra/MiniBe:
A private, NASA-funded initiative to test a 10-meter inflatable bag to capture asteroids and debris, utilizing optical mining to extract resources.

Gravity Tractor Technique:
A robotic spacecraft would fly alongside an asteroid, using its gravitational pull to gradually alter the asteroid's orbit without direct contact.

Retrieval Craft:
Hexagon-shaped spacecraft, often using electric ion thrusters and large nets, are designed to envelop and transport smaller near-Earth asteroids.

Purpose of Capturing Asteroids:

Mining Resources:
Extracting water, metal, and materials to create fuel or building components directly in space, avoiding the high cost of transporting materials from Earth.

Scientific Study:
Enabling direct, in-depth analysis of space rocks by astronauts, allowing for more comprehensive samples.

Planetary Defense:
Testing techniques to redirect potential impactors, as demonstrated by the capability to "nudge" objects into new trajectories.

The field is shifting toward using these technologies for commercial in-space resource utilization rather than just scientific exploration.