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Public Lead - 8381403 - Male / Female narrator for a 4-5 min scripts
8381403
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We are looking for voices for five different video programs that will be part of exhibits at the Arkansas River Valley Nature Center in Fort Smith, Arkansas. Each job will be posted separately to make it easier for our client to review submissions. You are welcome to audition for as many roles as you like.
Voice 2: Narrator for "How Birds Fly"
We are looking for REGIONAL to ARKANSAS dialect to narrate a 4-5 minute script (sample attached).
Budget: $300.00
Male and Female voices considered
Non-union
The read should be upbeat, fun, and engaging, but not cartoonish.
Mar 31, 2006 16:00:28 (GMT -05:00) Eastern Time (US & Canada) Jun 30, 2006 00:00:00 (GMT -05:00) Eastern Time (US & Canada) No (click here to learn more about
)
Closed
96
15
0 direct invitation(s) have been sent by the voice seeker resulting in 0 audition(s) and/or proposal(s) so far.
We are looking for voices for five different video programs that will be part of exhibits at the Arkansas River Valley Nature Center in Fort Smith, Arkansas. Each job will be posted separately to make it easier for our client to review submissions. You are welcome to audition for as many roles as you like.
Voice 2: Narrator for "How Birds Fly"
We are looking for REGIONAL to ARKANSAS dialect to narrate a 4-5 minute script (sample attached).
Budget: $300.00
Male and Female voices considered
Non-union
The read should be upbeat, fun, and engaging, but not cartoonish.
Mar 31, 2006 16:00:28 (GMT -05:00) Eastern Time (US & Canada) Jun 30, 2006 00:00:00 (GMT -05:00) Eastern Time (US & Canada) No (click here to learn more about
)
Closed
96
15
0 direct invitation(s) have been sent by the voice seeker resulting in 0 audition(s) and/or proposal(s) so far.
Project Parameters
None
To be defined
Not defined
Not defined
English - North American
Not defined
Young Adult Female OR Young Adult Male OR Middle Age Female OR Middle Age Male
• Audio files must be delivered via FTP
There are no special pre-, post-, or production requirements for this project.
Not defined
Not defined
Script Details
Yes
How Birds Fly
We’ve learned a lot about the principles of flight since these early attempts to defy gravity. (aside: don’t try this at home!)
It’s not enough to get off the ground, you have to stay up, and let’s not forget the importance of a smooth landing!
Much of what we know about flight comes from birds, who make it look so easy.
How do they do it?
This Arkansas resident is typical of most of its feathered friends. It’s a red-tailed hawk.
Notice the shape of this bird’s wing. The leading edge is thick and rounded, while the trailing edge is thin.
As she flies through the air, her wings split the air into two streams. One stream passes over the tops of the wings, the other below, and the two streams meet up again at the wings’ trailing edges.
Because a bird’s wings are curved the air molecules in the stream on top have farther to go to meet up with the air passing under the wings.
This difference in distance has the marvelous effect of pulling the wings up… like this….
The air on top races to meet the air stream passing underneath. As the air molecules on top move faster, they spread out.
With fewer air molecules above the wing, there is less air pressure above than there is below.
How Birds Fly
We’ve learned a lot about the principles of flight since these early attempts to defy gravity. (aside: don’t try this at home!)
It’s not enough to get off the ground, you have to stay up, and let’s not forget the importance of a smooth landing!
Much of what we know about flight comes from birds, who make it look so easy.
How do they do it?
This Arkansas resident is typical of most of its feathered friends. It’s a red-tailed hawk.
Notice the shape of this bird’s wing. The leading edge is thick and rounded, while the trailing edge is thin.
As she flies through the air, her wings split the air into two streams. One stream passes over the tops of the wings, the other below, and the two streams meet up again at the wings’ trailing edges.
Because a bird’s wings are curved the air molecules in the stream on top have farther to go to meet up with the air passing under the wings.
This difference in distance has the marvelous effect of pulling the wings up… like this….
The air on top races to meet the air stream passing underneath. As the air molecules on top move faster, they spread out.
With fewer air molecules above the wing, there is less air pressure above than there is below.
We’ve learned a lot about the principles of flight since these early attempts to defy gravity. (aside: don’t try this at home!)
It’s not enough to get off the ground, you have to stay up, and let’s not forget the importance of a smooth landing!
Much of what we know about flight comes from birds, who make it look so easy.
How do they do it?
This Arkansas resident is typical of most of its feathered friends. It’s a red-tailed hawk.
Notice the shape of this bird’s wing. The leading edge is thick and rounded, while the trailing edge is thin.
As she flies through the air, her wings split the air into two streams. One stream passes over the tops of the wings, the other below, and the two streams meet up again at the wings’ trailing edges.
Because a bird’s wings are curved the air molecules in the stream on top have farther to go to meet up with the air passing under the wings.
This difference in distance has the marvelous effect of pulling the wings up… like this….
The air on top races to meet the air stream passing underneath. As the air molecules on top move faster, they spread out.
With fewer air molecules above the wing, there is less air pressure above than there is below.
How Birds Fly
We’ve learned a lot about the principles of flight since these early attempts to defy gravity. (aside: don’t try this at home!)
It’s not enough to get off the ground, you have to stay up, and let’s not forget the importance of a smooth landing!
Much of what we know about flight comes from birds, who make it look so easy.
How do they do it?
This Arkansas resident is typical of most of its feathered friends. It’s a red-tailed hawk.
Notice the shape of this bird’s wing. The leading edge is thick and rounded, while the trailing edge is thin.
As she flies through the air, her wings split the air into two streams. One stream passes over the tops of the wings, the other below, and the two streams meet up again at the wings’ trailing edges.
Because a bird’s wings are curved the air molecules in the stream on top have farther to go to meet up with the air passing under the wings.
This difference in distance has the marvelous effect of pulling the wings up… like this….
The air on top races to meet the air stream passing underneath. As the air molecules on top move faster, they spread out.
With fewer air molecules above the wing, there is less air pressure above than there is below.
Please note that you should only use the script or your recording of it for auditioning purposes. The script is property, unless otherwise specified, of the voice seeker and it is protected by international copyright laws.
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