All the V SPEEDS you need to know | Simply explained.

[@Jacke50]

thank god there are channels like this, that is not screaming at you and giving the information with a speed of F1 car, so informative and quality. thank you again

[@flightclubonline]

Thank you so much John!

[@Simonesanderss]

John , just for curiosity, are studying to become a pilot? 🙂 These channels on KZbin are really life savers.

[@Vaishahaha]

I am training to become a pilot and since I’m not taking any guidance and being the only aspiring pilot in the family your videos are a blessing. Such amazing information and so much to study. Btw just found out about your channel and you guys are the best. Thank you so much. Keep posting ❤

[@flightclubonline]

Thank you very much for your feedback and wishing you all the very best.

[@scottpearce9185]

all the best keep your head up and working

[@yamidgaray9074]

this video is amazing, straight to the point. Thank you for taking the time in making this video.

[@md.tanvirhossain2103]

Informative video. Besides v speed specification is clear. Thanks

[@huangdevon6633]

感谢，把各种速度整理的非常全面，帮助很大

[@kaizen9451]

Superb video. Will make this into a printable pdf to suit my situation!

[@flightclubonline]

Glad it was helpful!

[@hassanalincaas9628]

Did you already make the pdf ??

[@MadDecent10]

This is the best explanation of V-Speeds I have ever found with sequence of speeds. Offline or online, this is the best explanation. kudos for such an amazing Job. But just want to ask you are you sure that VMCA comes after VEF. i thought the correct sequence is Vmcg-vef--v1-vmbe-vr-vmu-vlof-vmca-V2

[@harshitbansal3841]

Thank you, the video was very informative. 👍

[@flightclubonline]

Glad it was helpful!

[@MrMAY-ji8fr]

Thank you

[@stormRecon2]

Wait so V speed is speed speed. I love it ahaha

[@bruno84]

Where did you get the information that the published Va is based on MLW? Thanks and nice vid!

[@Jazee_777]

👏👏

[@angrypepecancer5205]

I love you

[@SotGravarg]

Why does Vy decrease when weight decreases? Shouldn't the rate of climb get faster therefore increase when the plane loses weight? I could imagine that for example plane A and B are both 747's and A has 10 tons more weight than B that A takes longer to reach the same altitude as B.

[@panashemudumi7039]

Maitabasa ... ndazonzwisisa

[@waitdaniel]

The longest in duration video ever here compared to the previous haha

[@meryemeken6922]

for cessna 172 ; there aren't v1 , v2, limitations why? because ı am a student Pilot and I don't understand V speed for single engine aircraft or twin-engine aircraft

[@giordy203]

Because you only have 1 engine! If you lost it, you couldn’t go anywhere.

[@ugipilot4971]

because a cessna still can land even after airborne if there is enough runway available in VFR conditions

[@MadDecent10]

For you it's just Vr and if engine fails choose a field between 10 to 2 o clock and make a landing. . and if airborne don't try to do a 360 landing unless you have reached 800agl (or mentioned in you AFM or instructed by your instructor) but you do need to know these V-Speeds for your airlines interview and license exams .

[@Gokkeutnyak]

I cannot find Vmca as a minimum control speed at take off climb from anywhere. Where are those information came from?

[@Hk-uw8my]

Use google. Vmca is the minimum control speed in the air, so it is right since climb involves that an aircraft is already airborne.

[@conned]

Google is not always right..

[@jesusboquiren328]

Can you please teach how to compute max tyrespeed computation is it base on tire rotation or also base on indicated speed

[@flightclubonline]

Great idea!

[@jesusboquiren328]

@@flightclubonline thanks Capt now its clear tire rotation is always greater than any speeds on the ground your always a great help to us god bless you always Capt

[@pk7549]

It is predicated on ground speed.

[@farxadalizade599]

👍

[@emidiomattos3704]

O Botafogo nunca caiu para a série C e subiu para a série A convdado num esquema.

[@itdepends8103]

Quality content But... (You know)

[@valentinguz]

The Bible

[@user-od9xe5oy5s]

this video is vey helpful but i wish it was narrated by someone who is actually passionate about aviation, to deliver to the viewer in a sense.

[@ezanchi5422]

Narration is perfect for learning. Calm and at normal speed.