The only robots that have been in space are called rovers. It costs NASA about 2.5 billion dollars to build them.
Sending a robot into space can cost anywhere from tens of millions to billions of dollars, depending on the complexity of the mission and the spacecraft. Costs include research and development, launch services, operation expenses, and maintenance. Commercial companies and government agencies typically bear these expenses.
The cost of sending a robot into space can vary widely depending on the size, capabilities, and complexity of the robot. Generally, the cost can range from tens of millions to hundreds of millions of dollars. This cost includes the development of the robot, integration with a spacecraft, launch services, and mission operations.
It is generally cheaper to send a robot to space than a human because robots do not have life support systems or return requirements. Sending a robot also eliminates the need for training, monitoring, and ensuring the safety of a human astronaut. Additionally, robots can withstand harsh conditions better than humans, reducing the cost of specialized equipment.
The cost to send a shuttle into space carrying people can vary depending on the mission and the spacecraft used. However, historically, it has cost billions of dollars to send humans into space aboard shuttles like the Space Shuttle program. More recent commercial initiatives like SpaceX's Crew Dragon have aimed to reduce the cost of human spaceflight.
The cost to send the space shuttle to the space station varied, but estimates range from around $450 million to $1.5 billion per mission. This includes the cost of fuel, maintenance, and operational expenses.
Scientists send robots to space because they can collect data and conduct experiments in environments that are too harsh or distant for humans to navigate. Robots can also be more cost-effective and can work continuously without being affected by factors like food and oxygen requirements.
It costs about $100,000 per pound to send something to space.
I wud say robots are gay !!!!
The cost of sending a robot into space can vary widely depending on the size, capabilities, and complexity of the robot. Generally, the cost can range from tens of millions to hundreds of millions of dollars. This cost includes the development of the robot, integration with a spacecraft, launch services, and mission operations.
It is generally cheaper to send a robot to space than a human because robots do not have life support systems or return requirements. Sending a robot also eliminates the need for training, monitoring, and ensuring the safety of a human astronaut. Additionally, robots can withstand harsh conditions better than humans, reducing the cost of specialized equipment.
A lunar space probe are robot machine that is send to the outer space to gather information about the moon.
A journey to space may cost a billion US dollars or more. The distance and the nature of the exploration program will also cause variations in the budget.
The cost to send a shuttle into space carrying people can vary depending on the mission and the spacecraft used. However, historically, it has cost billions of dollars to send humans into space aboard shuttles like the Space Shuttle program. More recent commercial initiatives like SpaceX's Crew Dragon have aimed to reduce the cost of human spaceflight.
The cost to send the space shuttle to the space station varied, but estimates range from around $450 million to $1.5 billion per mission. This includes the cost of fuel, maintenance, and operational expenses.
The cost to send someone into space can vary greatly depending on the type of mission, spacecraft, and space agency or company involved. Currently, the cost for a seat on a commercial spaceflight can range from tens of millions to hundreds of millions of dollars.
However much you send.
It depends on where you send it from.
Scientists send robots to space because they can collect data and conduct experiments in environments that are too harsh or distant for humans to navigate. Robots can also be more cost-effective and can work continuously without being affected by factors like food and oxygen requirements.