From: GeoffC on
Bod wrote:
> If the ash cloud is at 55,000 ft, why can't the planes fly at, say,
> 40,000 ft instead?
>

Or 55,010 ft?

--

Geoff


From: Bod on
On 15/04/2010 18:40, GeoffC wrote:
> Bod wrote:
>> If the ash cloud is at 55,000 ft, why can't the planes fly at, say,
>> 40,000 ft instead?
>>
>
> Or 55,010 ft?
>
> --
>
> Geoff
>
>

What I don't understand is, how come emergency flights are taking off?
I can only assume that they are flying very low.
If those flights can do it, why can't some of the other flights go?

Bod
From: Corporal Jones on

On 15/04/2010 18:44, Bod wrote:
> On 15/04/2010 18:40, GeoffC wrote:
>> Bod wrote:
>>> If the ash cloud is at 55,000 ft, why can't the planes fly at, say,
>>> 40,000 ft instead?
>>>
>>
>> Or 55,010 ft?
>>
>> --
>>
>> Geoff
>>
>>
>
> What I don't understand is, how come emergency flights are taking off?
> I can only assume that they are flying very low.
> If those flights can do it, why can't some of the other flights go?
>
> Bod

There are just too many planes in the air at any given time over the UK,
the UK airspace is one of the busiest in the world that is why they have
to stack them at varying heights to avoid collisions.
If you where to set a limit of say 20,00 feet who would decide which
airlines could use it, there would be some very pissed of operators who
are be left out.
Better that there is a blanket ban for commercial airlines and leave the
low levels used by the armed services if an emergency should arrive,
commercials travel at around 300-350, Tornado's at warp speed are not a
good mix.

--
Corporal Jones
"Don't panic don't panic"
Life will go on albeit somewhat reduced
From: Bod on
On 15/04/2010 19:01, Corporal Jones wrote:
>
> On 15/04/2010 18:44, Bod wrote:
>> On 15/04/2010 18:40, GeoffC wrote:
>>> Bod wrote:
>>>> If the ash cloud is at 55,000 ft, why can't the planes fly at, say,
>>>> 40,000 ft instead?
>>>>
>>>
>>> Or 55,010 ft?
>>>
>>> --
>>>
>>> Geoff
>>>
>>>
>>
>> What I don't understand is, how come emergency flights are taking off?
>> I can only assume that they are flying very low.
>> If those flights can do it, why can't some of the other flights go?
>>
>> Bod
>
> There are just too many planes in the air at any given time over the UK,
> the UK airspace is one of the busiest in the world that is why they have
> to stack them at varying heights to avoid collisions.
> If you where to set a limit of say 20,00 feet who would decide which
> airlines could use it, there would be some very pissed of operators who
> are be left out.
> Better that there is a blanket ban for commercial airlines and leave the
> low levels used by the armed services if an emergency should arrive,
> commercials travel at around 300-350, Tornado's at warp speed are not a
> good mix.
>
>

That seems to make sense, thankyou.

Bod
From: Derek Geldard on
On Thu, 15 Apr 2010 17:42:42 +0100, "Brimstone"
<brimstone(a)hotmail.com> wrote:


>>>>
>>> What happens to solid matter in the air?
>>>
>>>
>>
>> I believe the ash is actually at between 20 and 30k feet although the
>> maximum reported height has been 55k. Most jets operate at between 25k
>> and 41k so they're actually going to be in the ash band or have to get
>> through it neither of which is a good idea for aircraft.
>exactly.
>

Over, under, sideways,down. In any event it doesn't matter.

It's not a risk that can be taken.

Derek
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