Planes Over Head that’s L2 (P-code) for ionospheric delay detection for accurate post fixing which is available only to US-DOD. But what is p-code In L-1 for?
L2 p code as you said to determine the ionospheric delays and everything which therefore improves even more accuracy which is required by the military users.
Thank you for this video and the quiz. I got 10/10🎉😅
you are the best man
Thank you! You're kind enough to say that!
Great explanation. Thanks!
Hi CAPT. , if time permits please make a video on enroute jeppesen charts.
Sir Thanks for rad nav series it helped me a lot. Sir will you start instrument navigation?
The plans are there, just need time to do it! 😁
@@poh
Okay Sir.
Thankyou.
7:14 sir in oxford the specifications are different ,
horizontal -> +- 13 m
Verical -> +- 22 m
sir , please tell which one to consider ..
Maintain Oxford.
very helpful :)
Great explanations
POH is always the best anyday
Thank you!
Sir can u suggest me cpl books which to one to refer for which subjects
You can google dgca CPL books. You'll get a list.
how many satellite required for 2d view
3
Good job sir!
Why dividing by 2 to obtain pseudo range ?
coz signal has to go and come back ,hence the distance we get is twice of real .so we divide by 2
In Accuracy its
13 M horizontal
22M Vertical
You've changed !
🙏
Sir wht is p-code in L-1 freq. used for?
For military and defence applications.
Planes Over Head that’s L2 (P-code) for ionospheric delay detection for accurate post fixing which is available only to US-DOD. But what is p-code In L-1 for?
Military users receive both L1 and L2 codes both of which contain the p-code!
Planes Over Head why is p-code in both the freq. why is it not just in 1st, why is the 2nd freq. involving p-code when L-1 already have p-code
L2 p code as you said to determine the ionospheric delays and everything which therefore improves even more accuracy which is required by the military users.
Good explanation, thank you.
You're welcome!
if you are using aviation exam this Is misleading as fuck
Gagan is not GNSS it is SBAS
You're right
@@poh To be more precise its a type of RNSS
RNSS which is SBAS