1:02:00
No fuel left.
1:02:01
The radar appears
to be knocked out,
1:02:03
which means I have
no idea where we are
1:02:05
and we're almost
out of oxygen.
1:02:07
I'm bored.
1:02:09
Yes, and there's that, too.
1:02:11
Angeli-tiki, come in!
1:02:12
What's going on down there?!
1:02:13
Deborah?
1:02:14
Is that you?
1:02:16
Dad! You're back to normal!
1:02:18
Well, Dad-normal anyway.
1:02:20
Oh, Nigel,
thank goodness you're all right.
1:02:22
Can you bring her
to the surface?
1:02:23
Impossible at the moment,
dearest.
1:02:26
You'll have to engage
1:02:27
the automatic-retrieval system
in the Comvee.
1:02:29
And I don't want
to alarm anyone,
1:02:32
but we're a tad low
on oxygen down here.
1:02:33
Copy that.
1:02:36
We'll get you as soon as we can.
1:02:37
Over and out.
1:02:38
Okay, we have to raise
the Comvee.
1:02:58
No go.
1:03:00
The pump's destroyed
1:03:01
and there's a huge
rip in the pontoon.
1:03:05
What, it's ripped?
1:03:06
Hang on.
1:03:07
The professor's getting
an idea.
1:03:16
How about a little song
to lift our spirits?
1:03:22
Old MacDonald had a farm
1:03:25
E-l-E-l-O
1:03:28
And on his farm
he had a ring-tailed lemur
1:03:32
E-l-E-l-O
1:03:35
With a guttural roar here
1:03:36
And a throaty rumble
there...
1:03:38
Okay, here's the plan.
1:03:40
We'll transfer force from
the bi-pedal energy generator.
1:03:43
to the dual reduction chamber.
1:03:45
The resulting compressed
atmospheric matrix
1:03:48
will transverse the tubular
transport mechanisms,
1:03:50
which you gentlemen will connect
to the deflated pontoon.
1:03:52
This will increase
the displacement coefficient
1:03:54
of the Comvee and it will rise
1:03:56
aided by a fulcrum-driven
counter balance
1:03:59
weighted with coconuts.