@lafario Earlier I also thought of making a single stage rocket but the problem is that single stage rocket has many problems, The main problem with single-stage rockets is their inherent inefficiency due to the need to carry a large amount of fuel and structure for the entire flight, leading to a very high mass ratio and limiting payload capacity.
Here's a more detailed explanation:
Mass Ratio:
To reach orbit, a rocket needs to achieve a significant change in velocity (delta-v). SSTO rockets must carry all the fuel and structural components necessary for this entire journey, resulting in a very high mass ratio (the ratio of the total mass of the rocket to the mass of the payload).
Inefficiency:
This high mass ratio means that a large portion of the rocket's mass is spent on fuel and structure that is not needed for the later stages of the flight, making the process very inefficient.
Payload Limitations:
The high mass ratio severely limits the amount of payload (satellites, cargo, etc.)
Staging as a Solution:
Multi-stage rockets address this problem by discarding empty fuel tanks and stages as they burn their fuel, reducing the overall mass and increasing efficiency. This line is made by AI but this is what I'm trying to say.
And going anywhere in a system with return capabilities is not an easy task for a single Stage. So, I decided to make a 5-6 stage rocket and each would have its own capabilities. And the rocket you suggested was quite interesting.
@lafario Earlier I also thought of making a single stage rocket but the problem is that single stage rocket has many problems, The main problem with single-stage rockets is their inherent inefficiency due to the need to carry a large amount of fuel and structure for the entire flight, leading to a very high mass ratio and limiting payload capacity.
+1 14 days agoHere's a more detailed explanation:
Mass Ratio:
To reach orbit, a rocket needs to achieve a significant change in velocity (delta-v). SSTO rockets must carry all the fuel and structural components necessary for this entire journey, resulting in a very high mass ratio (the ratio of the total mass of the rocket to the mass of the payload).
Inefficiency:
This high mass ratio means that a large portion of the rocket's mass is spent on fuel and structure that is not needed for the later stages of the flight, making the process very inefficient.
Payload Limitations:
The high mass ratio severely limits the amount of payload (satellites, cargo, etc.)
Staging as a Solution:
Multi-stage rockets address this problem by discarding empty fuel tanks and stages as they burn their fuel, reducing the overall mass and increasing efficiency. This line is made by AI but this is what I'm trying to say.
And going anywhere in a system with return capabilities is not an easy task for a single Stage. So, I decided to make a 5-6 stage rocket and each would have its own capabilities. And the rocket you suggested was quite interesting.
@quyxkh This actually looks very interesting, Thanks for the suggestion 😊
8 days ago@quyxkh What's the meaning of this name? i will take inspiration from this name
8 days ago@HermesAerospace Oh I understand now, Thank you.
23 days agocongrats! Can you tell me how you uploaded the craft? My uploaded crafts and rockets are going to the sandboxes section
23 days ago