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Posted
On the C model, you have various bits and pieces added, such as the Pave Penny, GPS antenna and missile launch detectors, all adding drag and reducing ceiling.

 

The A-10A had carried the Pave Penny since late 1970's.

http://www.janes.com/articles/Janes-Electro-Optic-Systems/Lockheed-Martin-AN-AAS-35-V-Pave-Penny-laser-tracker-United-States.html

 

 

kind regards,

Fire

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Posted
Is it normal that the A10 has alot less elevator control to dive than climb, or is my X52pro somehow detecting all wrong?

 

Other than its VERY stall-happy nature, the 'hog is a blast to fly around in :)

 

Ninja I think that is normal! Can I ask though, if you push your stick gently backwards when it's leaning, is there any wobble/freeplay? I've been experience it for a while and am unsure whether I have a fault...It's not very bad, just a bit annoying!

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Posted (edited)
Is it normal that the A10 has alot less elevator control to dive than climb, or is my X52pro somehow detecting all wrong?

 

Other than its VERY stall-happy nature, the 'hog is a blast to fly around in :)

 

Normal. The A-10 (and the human body) can take more G positive than negative. If you were flying "the real thing" you'd be much happier inverting and pulling 5 positive G's (and then returning to level) than just pushing stick forward and suffering 5 negative G. This is also due to how G-suits operate - they compress your legs in order to make it hard for your blood to flow down, thus letting it stay up in your head. For negative G's you do not have a G-suit - you'd have to crush the skull before it would work. :P

 

Thus, any "extra" forward authority on the stick/elevator would be at best wasted, and at worst directly dangerous to the pilot since it would be much easier for him to red-out himself by mistake. (Or, even if a red-out is avoided, simply give him a brain haemorrhage or permanently injure his eyesight/make him blind.)

 

Fun quote:

Negative g is generally unpleasant and can cause damage. Blood vessels in the eyes or brain may swell or burst under the increased blood pressure.

 

Not fun. ;)

Edited by EtherealN
  • Like 1

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Daniel "EtherealN" Agorander | Даниэль "эфирныйн" Агорандер

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Posted
Can we call this a game? I just spent two hours trying to make my radios work...That's not a game...

 

LOL This sim has made me feel oh so stupid and inadequate from day one. I stick to gun and free fall bombs to avoid contemplating suicide. :D

ED have been taking my money since 1995. :P

Posted
LOL This sim has made me feel oh so stupid and inadequate from day one. I stick to gun and free fall bombs to avoid contemplating suicide. :D

 

Delve into the radio stuff...Though it's kinda frustrating...I feel like I'm maybe doing it right but there's a good chance I'm doing it wrong, lol

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Posted
You can use rudders.

 

Nope, in my case, feet were on the floor, not touching the rudders and by moving the stick I had roll authority, very little and sluggish yes but still there. So unless there is some coupled connection between the rudders and ailerons this should not be possible.

With the price of ammunition these days do not expect a warning shot.

  • ED Team
Posted (edited)
What's surprising about that ?? Between the wing area left and the large tail section.. you still have a good bit of flight surface there.. Looks like the wings on an su25 now.. I landed one like this once. it was wild but controllable.

 

What's unreal? You just cut 30% of lifting area... you have to increase your IAS up to sqr(1.3) to preserve lift (TO BE ACCURATE - a little bit more keeping the same AoA because of aspect ratio change, but in A-10 FM this point is taken in account) or to additionally load unclipped wings aeroplane by 30%.

 

Unsymmetrical 1/3 of a wing is not fatal too. Remember that opposite 1/3 of the wing with an ailerone can produce negative lift but it's only necessary to have ZERO LIFT to counteract a moment from the lost part.

 

By the way, do not forget that yaw affects roll moment too. You can use rudder but after you lose a wingtip yawing moment appears because of asymmetrical drag and it helps to counteract roll.

 

We have a bug in hydrolics DM... sorry.. but after it is fixed the plane will be harder to control but there will be no difference in FM.

Edited by Yo-Yo

Ніщо так сильно не ранить мозок, як уламки скла від розбитих рожевих окулярів

There is nothing so hurtful for the brain as splinters of broken rose-coloured spectacles.

Ничто так сильно не ранит мозг, как осколки стекла от разбитых розовых очков (С) Me

Posted

Just to clarify, if you have both wings lost and are just left with what is remaining inboard of both the gear sponsons, is this enough to maintain adequate lift if you managed a high enough IAS IRL?

I don't test for bugs, but when I do I do it in production.

Posted (edited)

I agree the Su25T from FC is more challenging that DCS A10C and because of that maybe funnier to fly (for simmers, I bet real pilots will always would prefer to take to combat the most stable and predictable platform they can get) but that doesn't mean any of them is less relistic at all. Just the oposite, they perform as they should because of it's own aerodinamics.

 

I think RodBorza is spot on with his explanation regarding wing loads on the first page of this thread. In fact you don't need to be an engineer, look at those huge straight and thick wings! There are screaming "I am stable as a rock at low speed!" Also check out how wide the main gear is, that makes for very stable landings and you don't have to worry much about cross wind gust lifting your upwind wing during your landing roll. All these is quite different for the Su25T FC and I suspect it is different also between the real birds.

 

Remember as well they did not think necessary a two-seater for training. Just that fact alone points that the real bird is indeed easy to fly.

 

Cheers

 

Tulkas

Edited by Tulkas
  • Like 1
  • ED Team
Posted (edited)
Just to clarify, if you have both wings lost and are just left with what is remaining inboard of both the gear sponsons, is this enough to maintain adequate lift if you managed a high enough IAS IRL?

 

Do you know

L = S*Rho*V^2/2*CL or L=CL*S*q

formula?

Edited by Yo-Yo

Ніщо так сильно не ранить мозок, як уламки скла від розбитих рожевих окулярів

There is nothing so hurtful for the brain as splinters of broken rose-coloured spectacles.

Ничто так сильно не ранит мозг, как осколки стекла от разбитых розовых очков (С) Me

Posted

^^ you gotta love those aerodynamic equations, takes me back!

 

.. but did you remember to reduce the drag in

 

D = S*Rho*V^2/2*CL *(cDo+phi*cL_max^2/(pi*AR*e)) ?

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  • ED Team
Posted
^^ you gotta love those aerodynamic equations, takes me back!

 

.. but did you remember to reduce the drag in

 

D = S*Rho*V^2/2*CL *(cDo+phi*cL_max^2/(pi*AR*e)) ?

 

He-he... the reality is vice-versa. If you clip your wings you will INCREASE your drag presuming that the lift is preserved.

Ніщо так сильно не ранить мозок, як уламки скла від розбитих рожевих окулярів

There is nothing so hurtful for the brain as splinters of broken rose-coloured spectacles.

Ничто так сильно не ранит мозг, как осколки стекла от разбитых розовых очков (С) Me

Posted
Nope, in my case, feet were on the floor, not touching the rudders and by moving the stick I had roll authority, very little and sluggish yes but still there. So unless there is some coupled connection between the rudders and ailerons this should not be possible.

 

Ok, but my reply was a general one for Avilator. I was merely pointing out that it is possible to roll the plane with rudders only. I didn't know (or cared) whether in your case you had your feet on the ground.

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