DIY cubesat with ground receiver | Saral - X

SARAL-X is super star 500 gm micro satellite. Its a 2 part project, which consists of Satellite and Ground receiver.
Its been a very long journey to make this entire complicated piece of art and technology come together! ( almost 5-6 weeks, hence no videos since long ).
All the code, 3D models, Circuit and connection diagram will be soon uploaded to blog page!
Step 1: Research.
Step 2: Fail and Redesign.
Step 3: Build the Ground Receiver.
Step 4: Build the Satellite.
Step 5: Testing and Features.
Step 6: Done.
Parts Used: ( with link will be soon uploaded to blog )
Ground Station:
2- MG995 Metal gear servo.
2- 10k Potentiometer.
1- Arduino Nano.
1- 5V Power Supply.
1- LDR Module with preamp.
3D printed Parts
Satellite:
1 - Laser Diode.
2- 18650 Lithium Ion cell.
4- Solar Panels - 240mAh.
2- Li Ion Charging Module.
2 - Servo Motors.
1- Arduino Pro Mini.
1- Node MU.
1- Bluetooth Module.
1- Plastic Insulation.
1- Golden Aluminum Foil.
3D printed Parts.
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Blog Page
Instructables:
Coming soon!
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Hackster:
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🎵MUSIC CREDITS:🎵
Intro
Music by ‪@Infraction‬
Background
music by Karl Casey ‪@WhiteBatAudio‬
National Anthem by @VLOG MUSIC LAB
• INDIA NATIONAL ANTHEM ...
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⚠️Copyright Disclaimer⚠️
Under Section 107 of the Copyright Act 1976, allowance is made for "fair use" for purposes such as criticism, comment, news reporting, teaching, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use.
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#saralx #satellite #cubesat

[@roshnirabindrasahoo]

Most memorable IV of our lives. We learnt so many things and yes it did inspire us!

[@mission_critical]

Indeed, i miss those days 😣

[@TheLazyGamer42]

Beautiful source of inspiration for building my own. Thank you

[@geekyfreak7920]

Who else felt Goosebumps during the Nation Anthem! 🇮🇳 🤩

[@mission_critical]

I did, while the entire duration of editing this video ☺️

[@roshnirabindrasahoo]

I did😍

[@geekyfreak7920]

@@roshnirabindrasahoo 💋🥰

[@viejaspeliculasfilipinas3621]

This is gotta be the amazing video I ever seen

[@mission_critical]

Thank you so very much 😊😍

[@tanubhavkatiyar7140]

Loved it! Too inspiring!

[@mission_critical]

Glad you enjoyed it!❤

[@vinitkurmude4460]

Amazing videography , Great concept

[@mission_critical]

Thank You ☺️

[@roshnirabindrasahoo]

Wow. This is Amazinggg!

[@mission_critical]

Thank You😍💕

[@mayurpatel1947]

Amazing !!!

[@_munna_]

👌👌👌👌

[@mission_critical]

thank you 😁

[@Joshua123456791Funny6791]

Great video!

[@mission_critical]

Thank you 😍😍😊

[@muhiburrahman989]

Please make a proper details video 🙏🙏🙏

[@mission_critical]

Sir it's coming soon

[@muhiburrahman989]

@@mission_critical when?

[@MooseArc004]

Test it in-sky with a weather balloon?
How will the atmospheric turbulence affect the laser's data loss rate at orbital levels? (you might need another laser system to sense and compensate for the light warping, research large observatory telescopes, they use a similar system (laser probe?) to clean up the image, perhaps a multi laser array for redundancy/crosscheck of signal.
How are you gonna get this SOB into orbit? (N2O doped sugar rockets are cheap and you can probably cook em in your sisters 'Easy Bake Oven' XD)
Holy fk its been 3 years since this video, where are we now?

[@kax2137]

now fly it on a rideshere mission