How to Build a Satellite

Very nice

And good job with very good salery.

The background music has deemed this video unwatchable for me.

本田，人車一體

Hey just a question that came to my mind.
In the video, I saw that the connections between the computer and the rest of the systems like the batteries and so on, was animated with d-pin looking connectors.
Do they actually use such connectors in the real satellites? Are they the standard connection on the satellites?
Or if not, what do they use in the modern days??

Would appreciate if someone has any idea!

Chapter 1: Introduction to Satellite Communications (00:00 – 01:24)
Brief introduction to satellite communications, their importance, and basic functions.
Overview of the satellite's role in global communication systems.
——————————————————————————————-
Chapter 2: Satellite Structure and Components (01:24 – 02:50)
Key satellite components: Payload, bus, and antenna systems.
Overview of the satellite bus, including power, propulsion, and thermal control systems.
——————————————————————————————-
Chapter 3: Communication Links and Modulation (02:50 – 06:18)
The role of communication links in satellite operations.
Overview of different types of modulation: AM, FM, and PSK (Phase Shift Keying).
How PSK modulation is used for high data throughput and low error rates.
——————————————————————————————-
Chapter 4: The Telemetry, Tracking, and Command (TT&C) Subsystem (06:18 – 07:47)
The TT&C subsystem's three main functions: Command, Telemetry, and Tracking.
Detailed explanation of the TT&C components like transceivers, filters, and antennas.
How commands are transmitted from the ground station to control the satellite.
——————————————————————————————-
Chapter 5: Satellite Payload and Data Handling (07:47 – 09:25)
Explanation of the satellite's payload and its importance for communication.
How payload data is received, processed, and transmitted by the satellite.
——————————————————————————————-
Chapter 6: Signal Transmission, Antennas, and Frequency Allocation (09:25 – 12:09)
Different types of antennas used on satellites for communication.
How antennas direct signals and the role of frequency allocation in satellite communication.
——————————————————————————————-
Chapter 7: The Role of Antennas in Communication Systems (12:09 – 13:47)
In-depth look at antenna performance, radiation patterns, and gain.
Differences between isotropic antennas and real antennas.
Satellite antennas for high data rates (downlink) vs. reliable communication (TT&C).
——————————————————————————————-
Chapter 8: Thermal Control Challenges in Space (13:47 – 16:19)
Temperature extremes faced by satellites in space and the need for effective thermal control.
Technologies used for thermal regulation: radiators, heat pipes, insulation blankets, etc.
——————————————————————————————-
Chapter 9: Power Systems in Satellites (16:19 – 18:23)
Overview of the power generation and storage systems in satellites.
Solar panels and batteries: How they supply energy and manage power usage during the mission.
——————————————————————————————-
Chapter 10: Satellite Propulsion and Attitude Control (18:23 – 19:01)
The propulsion system’s role in satellite orbit adjustments and station-keeping.
Attitude control systems and their importance in satellite orientation and stability.
——————————————————————————————-
Chapter 11: Communication Systems and Data Link Operation (19:01 – 19:58)
Key elements of communication systems like data links, modems, and uplink/downlink operations.
How data is encoded, modulated, transmitted, and received.
——————————————————————————————-
Chapter 12: Telemetry, Tracking, and Command (TT&C) Subsystem (Continued) (19:58 – 21:05)
More on the TT&C functions: Telemetry and tracking.
How Doppler shift helps measure satellite velocity and position.
——————————————————————————————-
Chapter 13: Antenna Systems and Their Functionality (20:41 – 21:49)
Detailed breakdown of antenna types and their functions in satellite communication.
Differences between high-gain and low-gain antennas.
Importance of antenna pointing mechanisms in communication with the ground station.
——————————————————————————————-
Chapter 14: Thermal Control in Space (Continued) (22:53 – 24:44)
How thermal control systems work to manage temperature fluctuations in space.
Technologies involved in heat dissipation and heat absorption.
——————————————————————————————-
Chapter 15: Space Engineering Challenges and Innovations (24:53 – 25:05)
The technical and environmental challenges of space missions.
The need for advanced engineering, extensive testing, and research.
——————————————————————————————-
Chapter 16: Introduction to Onshape CAD Platform (25:05 – 26:39)
Sponsorship and introduction to Onshape: A powerful cloud-based CAD platform.
Key features of Onshape: Collaboration, part modeling, version tracking, and mobile access.
How Onshape helps in satellite design and engineering projects.
——————————————————————————————-
Chapter 17: Conclusion and Final Remarks (27:00)
Closing thoughts on the importance of satellite engineering and the tools available for designing space technology.
Final thanks and encouragement to explore Onshape for design purposes.

I need to know more because I want to help others and make progress

❤❤❤🎉

This is absolutely beautiful animation. As an engineer myself, I am chuffed to bits with this one.

Good job. This taught more than school did on the subject.

lol what the hell bro, you are humiliating the whole education industry with these videos of yours.What in the holy clarity is this??!Never have I ever seen anything explained so beautifully and concisely. Can you please do more videos on RF and Antenna propagation. Thanks and I hope you thrive and grow even more.

😮Supply Systems 😂CD photo for kerning 🤪😝🤐🙄Doffe GenGun Photo😂😂😂😂😂🤣🤣😂😂😂🤣🤣🖕🖕

as a kid currently in highschool, I now look forward to building a satellite.

Can you please make the video on welding……your contents are really amazing 😍

Amazing content, please keep doing this! 💪

very well explained for beginners

Please let go 🙏😭

amazing explaination wow good animation %100 quality

Thank you for the amazing explanation!

Saya bukanlah musuh anda , saya mengikuti kemajuan teknologi anda , anda sudah mendahului saya

Jackson Robert Moore Maria Lewis Patricia