SUMU Carrasco

8/18/2019 SUMU Carrasco

1/18

Carrasco Intl105'

10-1RSUMU/MVD

IFR MINIMUM VECTOR ALTITUDE CLEARANCE(Does not raise any Airway MEA)

MONTEVIDEO, URUGUAY

2800'

2500'

2800' 2300'

1700'

7 6 N M

6 0 N

M

4 2 N M

2 9 N M

1900'

1700'

1700'

1 2 N M

2 5 N M

3 4 6 ^

2 9 8 ̂

2 6 3 ^

2 1 2 ^

110 ^

10 5^

0 90 ^

0 7 8 ^

0 5 9 ^

3 N M

CARRASCO INTL/GEN CESAREO L BERISSO

4 JUN 04

0 1 4 ^1400'

1500'

Sector added. | JEPPESEN SANDERSON, INC., 2003, 2004. ALL RIGHTS RESERVED.

20 NM

JEPPESEN

CHANGES:


2/18

J E P P E S E N

R 2 0 9 ^

1 1 0 ^

P T A

1 1 3

. 7 P T A

1 5 6 ^

D 1 6

188^ 117.5DUR

D

U

R

T E L A K

S 3 4

2 0 . 6

W 0 5 5

3 9 . 6

R A M O N

S 3 4

1 9 . 9

W 0 5 6

0 0 . 5

M O N S A

S 3 4

2 0 . 9

W 0 5 6

1 0 . 9

L O M U X

S 3 4

2 3 . 0

W 0 5 6

1 7 . 6

D R A C A

S 3 4

2 5 . 4

W 0 5 6

2 2 . 5

N I M B O

S 3 4

3 0 . 8

W 0 5 6

2 9 . 5

T I G R E

D A R K A

D A G U S

S 3 5

0 2 . 3

W 0 5 6

0 7 . 4

L U C I O

S 3 5 0

3 . 3

W 0 5 5

5 2 . 3

B E R T A

S 3 4

4 2 . 0

W 0 5 6

3 8 . 9

2 6 2 ^

2 8 2 ^

h d

g

2 3 6 ^

2 1 3 ^

1 9 7 ^

185^

1 5 4 ^

1 7 4 ^

1 1 4 ^

0 9 9 ^

0 2 9 ^

T E L A

K O N E C H A R L I E

R A M O

N O N

E C H A

R L I E

M O N S A O N

E C H A R L I E

LO MU X O N E C H AR LI E

DRACA

ONE CHA

RLIE

N I M B

O O N

E C H A

R L I E

B E R T A O N E

C H A R L I E

T I G

R E O N E C H A R L I E

D A R K

A O N

E C H A

R L I E

( T E L

A K 1 C

)

( R A M O

N 1 C )

( M O N S A 1 C )

(LOM U X1C)

( D RA CA 1 C

)

( N I M B

O 1 C )

( B E R T A 1 C )

( T I G R E 1 C )

( D A R K A

1 C )

4 0

3 0

2 7

24

2 3

2 0

2 0

2 2

L A G U N A D

E L S A U C E

O N E C H A R L I E

( L D S 1 C )

4 0

1 3

1 7

( I A F )

( I A F )

M S A

C R R V O R

2 0 0 0 '

1 0 - 2

1 2 D E C 0 8

1 0 5 '

A p t E l e v

R O U T I N G

A l t S e t : h P a ( I N

o n r e q u e s t )

T r a n s l e v e l : B Y A T C

T r a n s a l t : 3 0 0 0 '

. S T A R .

M O N T E V I D E O ,

U R U G U A Y

A D A M I

3 9 5

A S I

A S I

S 3 4

4 7 . 4

W 0 5 6

1 5 . 8

C A R R A S C O

1 1 6 . 9 C

R R

C R R

S 3 4

5 0 . 0

W 0 5 6

0 1 . 5

D

R W Y

0 6

A R R I V A L S

B E R T A

O N E C H A R L I E ( B E R T A 1 C )

D A R K A

O N E C H A R L I E ( D A R K A 1 C )

D R A C A

O N E C H A R L I E ( D R A C A 1 C )

L O M U X

O N E C H A R L I E ( L O M U X 1 C )

M O N S A

O N E C H A R L I E ( M O N S A 1 C )

N I M B O

O N E C H A R L I E ( N I M B O 1 C )

L A G U N A

D E L

S A U C E O N E C H A R L I E ( L D S 1 C )

R A M O N

O N E C H A R L I E ( R A M O N 1 C )

T E L A K

O N E C H A R L I E ( T E L A K 1 C )

T I G R E O N E C H A R L I E ( T I G R E 1 C )

B E R T A 1 C

D A R K A 1 C

D R A C A 1 C

L O M U X 1 C

M O N S A 1 C

N I M B O 1 C

R A M O N 1 C

T E L A K 1 C

T I G R E 1 C

L D S 1 C

A r r i v i n g f r o m

W - 2 9 . A

t B E R T A , 1 1 4 ^ b e a r i n g t o A S I .


W - 2 5 . A

t D R A C A , 1 7 4 ^ b e a r i n g t o A S I .


W - 2 3 . A

t L O M U X , 1 8 5 ^ b e a r i n g t o A S I .


W - 1 5 . A

t R A M O N , 2 1 3 ^ b e a r i n g t o A S I .

S T A R


A - 3 1 0 a

n d U A - 3 1 0 . A t D A R K A ,


W - 2 , A -

3 0 5 a n d U A - 3 0 5 . A t L D S ,

i n t e r c e p t L D S R - 2 6 2 t

o L U C I O , t h e n h e a d i n g 2 8 2 ^

d i r e c t t o D A G U S .


W - 1 9 , A

- 5 5 6 , a n d U A - 5 5 6 . A t M O N S A ,

1 9 7 ^ b e a r i n g t o A S I .


B - 5 5 5 a n d U B - 5 5 5 . A t N I M B O , 1 5 4 ^

b e a r i n g t o A S I .


A - 3 0 5 a

n d U A - 3 0 5 . A t T I G R E , 0 9 9 ^

b e a r i n g t o A S I .

S 3 4

4 6 . 9

W 0 5 6

4 2 . 9

S 3 5

1 8 . 0

W 0 5 6

1 5 . 0

M A X 2 5 0 K T W I T H I N 3 0 D M E C R R

S U M U / M V D

G E N C E S A R E O L . B E R I S S O

C A R R A S C O I N T L /

1 1 7 . 6

L D S

L D S

S 3 4

5 1 . 5

W 0 5 5

0 5 . 5

D

C A P I T A N

C U R B E L O


W - 1 8 , A

- 3 1 0 , U A - 3 1 0 a n d U A - 4 2 5 .

A t T E L A K , 2 3 6 ^ b e a r i n g t o A S I .

. E f f . 1 8 . D e c .

1 2 0 ^

( T I G R E 1 A )

2 2

A L D I K

S 3 4

5 4 . 7

W 0 5 6

1 7 . 7

T I G

R E

O N E

A L F

A

T I G R E

O N E A L F A

( T I G R E 1 A )

T I G R E 1 A


A - 3 0 5 a

n d U A - 3 0 5 . A t T I G R E , 1 2 0 ^

b e a r i n g t o A L D I K .

i n t e r c e p t C R R

R - 2 0 9 t o D A G U S .

S P E E D :

N O T T O S C A L E


3/18

J E P P E S E N

R 2 0 9 ^

1 1 0 ^

P T A

1 1 3

. 7 P T A

188^

117.5DUR

D

U

R

R 0 4 2

^

T E L A K

S 3 4

2 0 . 6

W 0 5 5

3 9 . 6

R A M O N

S 3 4

1 9 . 9

W 0 5 6

0 0 . 5

M O N S A

S 3 4

2 0 . 9

W 0 5 6

1 0 . 9

L O M U X

S 3 4

2 3 . 0

W 0 5 6

1 7 . 6

D

R A C A

S 3 4

2 5 . 4

W 0 5 6

2 2 . 5

N I M B O

S 3 4

3 0 . 8

W 0 5 6

2 9 . 5

T I G R E

S 3 4

4 6 . 9

W 0 5 6

4 2 . 9

D A R

K A

S 3 5

1 8

. 0

W 0 5 6

1 5 . 0

D A G U S

S 3 5

0 2 . 3

W 0 5 6

0 7 . 4

B E R T A

S 3 4

4 2 . 0

W 0 5 6

3 8 . 9

1 1 4 ^

0 9 9 ^

0 2 9 ^

( B E R T

A 1 G )

( T I G R E 1 G )

K E V I S

K O N B I

B E R T A O N E

G O L F

T I G R E O N E G O

L F

S 3 4

4 0 . 0

W 0 5 5

5 3 . 9

1 1 5 ^

1 2 9 ^

1 3 8 ^

1 5 0 ^

1 7 1 ^

0 7 6 ^

2 8 1 ^

0 6 3 ^

2 2 2 ^

T E L A

K O N

E G

O L F

RAMON O

NE GOLF

M O N S

A O N

E G O L F

L O M U X

O N E G

O L F

D R A

C A

O N E G O L F

( D R A C A 1 G )

( L O M

U X 1 G )

( M O N

S A 1 G

)

( RA M O N 1 G )

( T E L A

K 1 G )

h d g

L A G U N

A D E L S A U C E

O N E G O L F

( L D S 1 G

)

S 3 4

5 0 . 5

W 0 5 5

4 6 . 7

D 1 2 C R R

D 1 2 C R R

h d g

h d g

h d g

h d g

h d g

3 1

2 8

2 6

2 4

21

2 3

2 0

2 0

2 2

1 7

2 1

3 4

D A R K

A O N

E G O

L F ( D A R K A

1 G )

( I A F )

( I A F )

M S A

C R R V O R

2 0 0 0 '

1 0 5 '

A p t E l e v

R O U T I N G

A l t S e t : h P a ( I N

o n r e q u e s t )

T r a n s l e v e l : B Y A T C

T r a n s a l t : 3 0 0 0 '

A D A M I

3 9 5

A S I

A S I

S 3 4

4 7 . 4

W 0 5 6

1 5 . 8

C A R R A S C O

1 1 6 . 9

C R R

C R R

S 3 4

5 0 . 0

W 0 5 6

0 1 . 5

D

R W Y

2 4

A R R I V A L S

B E R T A 1 G

D A R K A 1 G

D R A C A 1 G

L O M U X 1 G

M O N S A 1 G

N I M B O 1 G

R A M O N 1 G

T E L A K 1 G

T I G R E 1 G

L D S 1 G

S T A R

1 2 D E C 0 8


. S T A R .

1 0 - 2

A

S U M U / M V D

G E N C E S A R E O

L . B E R I S S O

C A R R A S C O I N

T L /

M A X 2 5 0 K T W I T H I N 3 0 D M E C R R

B E R T A

O N E G O L F ( B E R T A 1 G )

D A R K A

O N E G O L F ( D A R K A 1 G )

D R A C A

O N E G O L F ( D R A C A 1 G )

L A G U N A

D E L

S A U C E O N E G O L F ( L D S 1 G )

L O M U X

O N E G O L F ( L O M U X 1 G )

M O N S A

O N E G O L F ( M O N S A 1 G )

N I M B O

O N E G O L F ( N I M B O 1 G )

R A M O N

O N E G O L F ( R A M O N 1 G )

T E L A K O

N E G O L F ( T E L A K 1 G )

T I G R E O

N E G O L F ( T I G R E 1 G )


W - 2 5 . A t D R A C A , h e a d i n g 1 2 9 ^ t o K O N B I .


W - 2 , A - 3 0 5 a n d U A - 3 0 5 . A t L D S , i n t e r c e p t L D S R - 2 8 1 t o K E V I S .


W - 2 3 . A t L O M U X , h e a d i n g 1 3 8 ^ t o K O N B I .


W - 1 9 , A - 5 5 6 , a n d U A - 5 5 6 . A t M O N S A , h e a d i n g

1 5 0 ^ t o K O N B I .


B - 5 5 5 a n d U B - 5 5 5 . A t N I M B O , h e a d i n g 1 1 5 ^ t o

K O N B I .


W - 1 5 . A t R A M O N , h e a d i n g 1 7 1 ^ t o K O N B I .

N I M B O

O N E

G O L F

( N I M

B O 1 G )


W - 2 9 . A t B E R T A , 1 1 4 ^ b e a r i n g t o A S I , t h e n 0 7

6 ^ b e a r i n g t o K O N B I .


A - 3 1 0 a n d U A - 3 1 0 . A t D A R K A , i n t e r c e p t C R R

R - 2 0 9 d i r e c t t o D A G U S ,

t h e n h e a d i n g

0 6 3 ^ t o K E V I S .


W - 1 8 , A - 3 1 0 , U A - 3 1 0 a n d U A - 4 2 5 . A t T E L A K ,

c o n t i n u e o n C R R

R - 0 4 2 t o K O N B I .


A - 3 0 5 a n d U A - 3 0 5 . A t T I G R E , 0 9 9 ^ b e a r i n g t o

A S I , t h e n 0 7 6 ^ b e a r i n g t o K O N B I .

U R U G U A Y

1 1

7 . 6

L D S

L

D S

S 3 4

5 1 . 5

W 0 5 5

0 5 . 5

D

C A P I T A N

C U R B E L O

. E f f . 1 8 . D e c .

S P E E D :

N O T T O S

C A L E


4/18

0 0 9 ^

0 4 0 ^

0 5 4 ^

S O L I S

T E L A K

M O N S A

S 3 4

2 1 . 0

W 0 5 5

2 5 . 5

S 3 4

2 0 . 6

W 0 5 5

3 9 . 6

S 3 4

2 0 . 9

W 0 5 6 1 0 . 9

36 0 ^

I T A P

I

S 3 4

3 2 . 1

W 0 5 6 0

4 . 4

2 9 2 ^

B E R T A

S 3 4

4 2 . 0

W 0 5 6

3 8 . 9

B E R T

A

3 2

3 1 7 ^

N I M B O

S 3 4

3 0 . 8

W 0 5 6

2 9 . 5

N I M B O

3 0

3 3 2 ^

D R A C

A

S 3 4

2 5 . 4

W 0 5 6 2

2 . 5

D R A C

A

3 0

3 4 1 ^

L O M U X

S 3 4

2 3 . 0

W 0 5 6

1 7 . 6

L O M U

X

3 0

3 5 2 ^

MONSA

3 0

I T AP I O N E R

O MEO

( I TA P I1 R )

18

R A M O N

S 3 4

1 9 . 9

W 0 5 6

0 0 . 5

R A M O N

T E

L A K

S O L I S

0 8 5 ^ h d g

C A R R A S C O

O N E

R O M E O

( C R R 1 R )

S 3 4

5 0 . 0

W 0 5 6

0 1 . 5

C A

R R A S C O

1 1

6 . 9

C R R

C

R R

D

R W

Y

0 6

D E P A R T U R E S

C A R

R A S C O

O N E R O M E O

( C R R 1 R )

I T A P I O N E R O M E O

( I T A P I 1 R )

M S A

C R R V O R

2 0 0 0 '

J E

P P E S E N

1 0 - 3

3 0 J U N 0 6

S U M U / M V D

1 0 5 '

A p t E l e v

. S I D .


U R U G U A Y

T r a n s l e v e l : B y A T C

T r a n s a l t : 3 0 0 0 '

C A R R A S C O O N E R O M E O T R A N

S I T I O N S

B E R T A

I n

t e r c e p t C R R

R - 2 9 2 d i r e c t t o B E R T A .

D R A C A

I n

t e r c e p t C R R

R - 3 3 2 d i r e c t t o D R A C A .

L O M U X

I n

t e r c e p t C R R

R - 3 4 1 d i r e c t t o L O M U X .

M O N S A

I n

t e r c e p t C R R

R - 3 5 2 d i r e c t t o M O N S A .

N I M B O

I n

t e r c e p t C R R

R - 3 1 7 d i r e c t t o N I M B O .

R A M O N

S O L I S

I T A P I O N E R O M E O T R A N S I

T I O N S

T u r n R I G H T t o i n t e r c e p t C R R

R - 0 0 9 d i r e c t t o R A M O N .

T E L A K

I T A P I O N E R O M E O

S I D

C A R R A S C O

O N E R O M E O

3 D M E



T u r n R I G H T t o a h e a d i n g o f 0 8 5 ^ t o i n t e r c e p t C R R

R - 0 5 4 d i r e c t t o S O L I S .

T u r n R I G H T t o a h e a d i n g o f 0 8 5 ^ t o i n t e r c e p t C R R

R - 0 4 0 d i r e c t t o T E L A K .

D

T u r n R I G H T d i r e c t t o C R R , t h e n i

n t e r c e p t C R R

R - 3 6 0 d i r e c t t o I T A P I .

R O

U T I N G

o r A T C

a u t h o r i z a t i o n .

F L 0 5 0

T u r n R I G H T d i r e c t t o C R R .

C l i m b t o

N O T T O S C A L E

S 3 4

4 7 . 1

W 0 5 5

5 6 . 6

2 8 0

C A

C A

C A R R A S C O

C l i m b o n r u n

w a y h e a d i n g t o C R R

3 D M E .

I N I T I A L C L I M B

A L T I T U D E


5/18

2 0 9 ^

R 1 0 2 ^

1 1 0 ^

0 4 9 ^

P D I

1 1 4 . 1

P D I

1 3 1 ^

D U

R

1 1 7 . 5DUR

C A R R A S C O

I N T L /


3 D M E

S 3 4

1 9 . 9

W 0 5 6

0 0 . 5

S 3 4

5 0 . 5

W 0 5 5

4 6 . 7

M S A

C R R V O R

2 0 0 0 '

S U M U / M V D

1 0 5 '

A p t E l e v


T r a n s a l t : 3 0 0 0 '

3 0 J U N 0 6

R W

Y

0 6

D E P A R T U R E S

D A G U S

O N E C H A R L I E ( D A G U S 1 C )

K E V I S

O N E C H A R L I E ( K E V I S 1 C )

L I T O

S

O N E C H A R L I E ( L I T O S 1 C )

R A M O

N

T W O

C H A R L I E ( R A M O N 2 C )

S O L I

S

T W O

C H A R L I E ( S O L I S 2 C )

T E L A

K

T W O

C H A R L I E ( T E L A K 2 C )

S O L I S

T E L A K

S 3 4

2 1 . 0

W 0 5 5

2 5 . 5

S 3 4

2 0 . 6

W 0 5 5

3 9 . 6

R A M O N

D A G U S

S 3 5

0 2 . 3

W 0 5 6

0 7 . 4

D A R K

A

S 3 5 1

8 . 0

W 0 5 6

1 5 . 0

S A R G O

S 3 4

5 9 . 0

W 0 5 6 5

3 . 0

2 8 2 ^

D A R K A

S A R G O

1 7

3 8

R 2 8 1 ^

K E V

I S

K E V I S

O N E

C H

A R L I E

( K E V I S 1 C

)

3 4

( L I T O S 1 C

)

L I T O S

S 3 4

2 7 . 5

W 0 5 4

4 3 . 6

0 4 6 ^

3 0

R A M O N T W O C H A R L I E

( R A M O N 2 C )

T E L A

K T W

O C H

A R L I

E

( T E L A

K 2 C )

1 0 1 ^

( C R R R - 1 0 0 / D 1 2 )

S O L I S T

W O C

H A R L

I E

( S O L I

S 2 C )

2 1 5 ^

D A G U

S O N E

C H A R

L I E

( D A G U S

1 C )

0 0 9 ^

1 0 - 3

A

M O N T E V I D E O , U R U G U A Y

L I T O S O N E

C H

A R L I E

0 4 0 ^

0 5 4 ^

J E P P E S E N

. S I D .

S 3 4

5 0 . 0

W 0 5 6

0 1 . 5

C A R R A S C O

1 1 6 . 9

C R R

C R R

D

D

1 1 7 . 6

L D S

C U R B E L O

S 3 4

5 1 . 5

W 0 5 5

0 5 . 5

L D S

1 1 3 . 7

P T A

L A

P L A T A

S 3 4

5 8 . 7

W 0 5 7

5 3 . 8

P T A

R O U T I N G

D A G U S O N E C H A R L I E T R A N S I T I O

N S

o r A T C


F L 0 5 0

C l i m b t o

0 3 5 ^

S 3 4

4 7 . 1

W 0 5 5

5 6 . 6

2 8 0

C A

C A

C A R R A S C O

N O T T O S C A L E

S I D

D A R K A

D A G U S O N E C H A R L I E

K E V I S O N E C H A R L I E

T u r n R I G H T t o i n t e r c e p t L D S R - 2 8 1 d i r e c t t o K E V I S .

L I T O S O N E C H A R L I E

R A M O N T W O C H A R L I E

T u r n L E F T t o i n t e r c e p t C R R

R - 0 0 9 d i r e c t t o R A M O N .

S O L I S T W O C H A R L I E

T E L A K T W O C H A R L I E

T u r n L E F T t o i n t e r c e p t C R R

R - 0 4 0 d i r e c t t o T E L A K .

I n t e r c e p t C R R

R - 0 5 4 d i r e c t t o S O L I S .

I n t e r c e p t

C R R

R - 2 0 9 d i r e c t t o D A R K A .

S A R G O

T u r n R I G H T t o i n t e r c e p t P T A

R - 1 0 2 d i r e c t t o S A R G O .

T u r n R I G H T t o i n t e r c e p t L D S R - 2 8 1 d i r e c t t o L D S . T u r n L E F T t o i n t e r c e p t L D S

R - 0 4 6 d i r e c t t o L I T O S .

T u r n R I G H T t o i n t e r c e p t t h e 2 1 5 ^ b e a r i n g f r o m

C A

a n d p r o c e e d d i r e c t t o D A G U S .

C l i m b o n r u n w a y h e a d i n

g t o C R R

3 D M E .


A L T I T U D E


6/18

2 9 2 ^ 3 1

7 ^ 3 3

2 ^ 3 4 1 ^

3 5 2 ^ 2 0 9

^

R 1 0 2 ^

1 1 0 ^

0 4 9 ^

P D I

1 1 4 . 1

P D I

6 D M E

3 D M E

3 1 0 ^

M O N S A

S 3 4

2 0 . 9

W 0 5 6

1 0 . 9

B E R T A

S 3 4

4 2 . 0

W 0 5 6

3 8 . 9

( B E R T A 2 M )

N I M B

O

( N I M

B O 1 M

)

D R A C A

S 3 4

2 5 . 4

W 0 5 6

2 2 . 5

( D R A

C A 2 M

)

L O M U X

S 3 4

2 3 . 0

W 0 5 6

1 7 . 6

( L O M U

X 1 M )

( M O N SA 2 M

)

D A G U S

D A

R K A

S 3 5

1 8 . 0

W 0 5 6

1 5 . 0

S A R G O

S 3 4

5 9 . 0

W 0 5 6

5 3 . 0

2 8 2 ^

D A R K A

S A R G O

1 7

3 8

S 3 5

0 2 . 3

W 0 5 6

0 7 . 4

B E R T

A T W

O M I K E

D A G U

S O N E

M I K E

( D A G U S

1 M )

D R A C

A T W

O M I K E

L O M U

X O N E

M I K E

MONSA T

WO MIK

E

N I M B O

O N E

M I K E

B E R T A

T W O

M I K E ( B E R T A 2 M )

D A

G U S

O N E M I K E ( D A G U S 1 M )

D R A

C A

T W O

M I K E ( D R A C A 2 M )

L O M

U X

O N E M I K E ( L O M U X 1 M )

M O N S A

T W O

M I K E ( M O N S A 2 M )

N I M B O

O N E M I K E ( N I M B O 1 M )

R W

Y

2 4

D E P A R T U R E S

1 0 5 '

A p t E l e v


T r a n s a l t : 3 0 0 0 '

M S A

C R R V O R

2 0 0 0 '

D A R K A

S A R G O

D A G U S O N E M I K E T R A N S I T I O N S

C o n t i n u e o u t b o u n d o n C R R

R - 2 0 9 d i r e c t t o D A R K A

.

T u r n R I G H T t o i n t e r c e p t P T A

R - 1 0 2 d i r e c t t o S A R

G O .

S 3 4

3 0 . 8

W 0 5 6 2

9 . 5

A t 1 0 0 0 '

S 3 4

5 0 . 0

W 0 5 6

0 1 . 5

C A R R A S C O

1 1 6 . 9

C R R

C R R

D

A D A M I

3 9 5

A S I

A S I

1 1 3 . 7

P T A

L A

P L A T A

S 3 4

5 8 . 7

W 0 5 7

5 3 . 8

P T A

J E

P P E S E N

3 0 D E C 0 5

S U M U / M V D

. S I D .


U R U G U A Y



1 0 - 3

B

A L T I T U D E

S I D


C l i m b r u n w a y h e a d i n g t o

1 0 0 0 '

B E R T A

T W O M I K E

D A G U S

O N E M I K E

L O M U X

O N E M I K E


C l i m b r u n w a y h e a d i n g t o C R R

3 D M E . T u r n R I G H T t o t h e 3 1 0 ^

b e a r i n g t o A S I t o i n t e r c e p t C R R

R - 2 9 2 d i r e c t

t o B E R T A .

. T u r n L E F T t o

i n t e r c e p t

C R R

R - 2 0 9 d i r e c t t o D A G U S .



b e a r i n g t o A S I t o C R R

6 D M E . T u r n R I G H T a n d f l y C R R

7 D M E

A r c t o i n t e r c e p t C R R

R - 3 4 1 d i r e c t t o L O M U X .

D R A C A

T W O M I K E





7 D M E


R - 3 3 2 d i r e c t t o D R A C A .

M O N S A

T W O M I K E





7 D M E


R - 3 5 2 d i r e c t t o M O N S A .

N I M B O

O N E M I K E





7 D M E


R - 3 1 7 d i r e c t t o N I M B O .

C l i m b t o F L 0 5 0

o r A T C

7 D M E

A r c

N O T T O S C A L E

S 3 4

4 7 . 4

W 0 5 6

1 5 . 8


7/18

0 0 9 ^

0 5 4 ^

0 4 0 ^

1 0 0 ^

36 0 ^

D 1 2

D1 8

1 3 1 ^

D U R

1 1 7 . 5

DUR

C A R R A S C O

I N T L /


S O L I S

T E L A K

S 3 4

2 1 . 0

W 0 5 5

2 5 . 5

S 3 4

2 0

. 6

W 0 5 5

3 9 . 6

R A M O N

S 3 4

1 9 . 9

W 0 5 6

0 0 . 5

0 1 0 ^ h d g

S 3 4

5 0 . 5

W 0 5 5

4 6 . 7

3 4

( L I T O S 1 M

)

1 0 1 ^

R A M O N

T E L A

K

I T A P I

S 3 4

3 2 . 1

W 0 5 6

0 4 . 4

I T A P I O N E M I K E

( I T A P I 1 M )

0 8 5 ^ h d g

S O L I S

1 6 0

̂ h d g 7

D M

E

0 6 0 ^

h d g

K E V

I S O N E

M I K E

( K E V

I S 1 M

)

L I T O S O N E

M I K E

K E V I S

M S A

C R R V O R

2 0 0 0 '

S U M U / M V D

1 0 5 '

A p t E l e v


T r a n s a l t : 3 0 0 0 '

3 0 D E C 0 5

R O U T I N G

1 0 - 3

C

M O N T E V I D E O , U R U G U A Y

I T A

P I O N E M I K E ( I T A P I 1 M )

K E V I S

O N E M I K E ( K E V I S 1 M )

L I T

O S

O N E M I K E ( L I T O S 1 M )

R W

Y

2 4

D E P A R T U R E S

3 D M E

I T A P I O N E M I K E T R A N S I T I O N S

S 3 4

5 0 . 0

W 0 5 6

0 1 . 5

C A R R A S C O

1 1 6 . 9

C R R

C R R

D

J E P P E S E N

. S I D .

R 2 8 1 ^

L I T O S

S 3 4

2 7 . 5

W 0 5 4

4 3 . 6

0 4 6 ^

3 0

D

1 1 7 . 6

L D S

C U R B E L O

S 3 4

5 1 . 5

W 0 5 5

0 5 . 5

L D S

o r A T C


F L 0 5 0

C l i m b t o

S I D

R A M O N

S O L I S

T E L A K

I T A P I O N E M I K E

K E V I S O N E M I K E

L I T O S O N E M I K E

T u r n R I G H T t o a h e a d i n g o f 0 1 0 ^ d i r e c t t o I T A P I .

d i r e c t t o K E V I S .

d i r e c t t o K E V I S . I n t e r c e p t L D S R - 2 8 1 d i r e c t t o

L D S . T u r n L E F T t o i n t e r c e p t L D S

R - 0 4 6 d i r e c t t o L I T O S .

T u r n R I G H

T t o i n t e r c e p t C R R

R - 0 0 9 d i r e c t t o R A M O N .

T u r n R I G H

T t o a h e a d i n g o f 0 8 5 ^ t o i n t e r c e p t C R R

R - 0 5 4

d i r e c t t o S O L I S .

T u r n R I G H

T t o a h e a d i n g o f 0 8 5 ^ t o i n t e r c e p t C R R

R - 0 4 0

d i r e c t t o T E L A K .

N O T T O S C A L E

T u r n L E F T t o a h e a d i n g o f 1 6 0 ^ t o C R R

7 D M E . T u r n L E F T t o a h e a d i n g o f 0 6 0 ^

T u r n L E F T t o a h e a d i n g o f 1 6 0 ^ t o C R R

7 D M E . T u r n L E F T t o a h e a d i n g o f 0 6 0 ^

C l i m b o n r u n w a y h e a d i n g t o C R R

3 D M E .


A L T I T U D E


8/18

JEPPESEN MONTEVIDEO, URUGUAYCARRASCO INTL/GEN CESAREO L BERISSO10-9105'

CARRASCO Tower 118.1 121.8

0 9 ^ W

SUMU/MVD

ControlTower

S34 50.0 W056 01.7Apt Elev

North

NDB

NDB

| JEPPESEN, 2000, 2012. ALL RIGHTS RESERVED.

AIS

34-49 34-49

34-50 34-50

34-51 34-51

56-01

56-01

56-02

56-02

ApronSoutheast

ApronCommercial

Apron

SouthwestApron

NorthwestApron

Apron

Northeast

FOR PARKINGPOSITIONSSEE 10-9B

METOPS

3 AUG 12

None.

ARP

01008^

19188^

Elev 51'

7 3 8 2 '

2 2 5 0

m

0 6 0 6

2 ^

2 4 2 4 2

^

Elev 59'

Elev 105'

A

B

C

D

3 2 0 0 m

VOR

180^ turns at Rwy 06 end and associated

CHANGES:

F

Elev 62'

A

C

C

C

0

0 200 400 600 800 1000

1000 2000 3000 4000

1200

Feet

Meters

turning zone signaled for aircraft up toA340-600. 180^ turns at Rwy 24 end notsignaled.

1 0, 4 9 9

'

E

G

G

D

B

G

G

G


9/18

JEPPESEN

01

19

0624

148'

148'8716'

45m

45m 2657m

10-9ASUMU/MVD MONTEVIDEO, URUGUAY


RL ALS REIL PAPI-LRL MALSR PAPI-L

departing this airport should communicate with "Carrasco Information"on 121.8 to obtain information on meteorology, runway in use, flightplan approval, SID, radar code and expected delays to start engines.Then communicate with "Carrasco Tower" on 118.1 to receive controlservice, information and alerts. Aircraft operating on platform willonly receive available transit information.

3050m

2700m 8858'3200m

3050m

All Rwys

Eng

Eng

2 or More

TAKE-OFF

1600m

800m

10,007' 10,499'10,007'

1


RVR

RVRRL CL SALS PAPI-LRL CL MALSR PAPI

3 AUG 12

Rwy 06/24 centerline lighting.CHANGES:

RWY

ADDITIONAL RUNWAY INFORMATION

ThresholdLANDING BEYOND

USABLE LENGTHS

WIDTHTAKE-OFFGlide Slope

GENERALCAUTION: Birds in vicinity of airport.

All parked civil or military aircraft with engine off with the intent of


10/18

JEPPESEN

10-9B

SUMU/MVD MONTEVIDEO, URUGUAY15 APR 11

W56-01

12

181913

14 15

1

2

3

4

PARKING GATE COORDINATES

COORDINATES

S34-50.1

S34-50.3

S34-50.4

S34-50.5

S34-50.6

W56-01.1W56-01.2W56-01.3W56-01.4W56-01.6W56-01.7 W55-59.9

26 27

2829

30 31

3232B

32A

33A

33B

33

34A

34B 35

35B35A

34

W56-01.7 W56-01.4 W56-01.3 W56-01.2 W56-01.1W56-01 W55-59.9

S34-50.1

S34-50.3

R W Y 0

6 / 2 4

Parking Notes:

Pushback required on Gates 1, 2, 3, 4, 9, 10, 11,12, 26, 31, 32, 32A, 32B, 33, 33A, 33B, 34,

Gates 1, 2, 3, 9, 31 accommodate up to B767-300

Gate 6 accommodates up to B737-300.

Gate 5 accommodates up to B737-200.

Gates 7, 8 accommodate up to B757-200.

up to B747-400.

Gates 13, 14, 15 accommodate up toGulfstream V.

Gates 10, 11, 12, 32, 33, 34, 35 accommodate

52' (15.9m) and lengths up to 49' (15m).

Gates 26, 27, 28, 29, 30, 32B, 33B, 34B, 35Baccommodate up to B737-700.

Gates 32A, 33A, 34A, 35A accommodate up toCRJ-900.


on Gates 27, 28, 29, 30. For this maneuver

parking positions 26 and 27 should be free.Larger aircraft require Pushback.

Taxi-out gate departures for 737-700 and smaller

Taxi-out gate departures for aircraft up to52' (15.9m) and lengths up to 49' (15m)on Gates 1, 2, 3, 4.

sector of southwest apron.Parking gates 18 & 19 entering by west

Gates 18, 19 accommodate General AviationAircraft with wingspans up to

Parking note, parking gates 16, 17 & 23 removed.

GATE No.

34A, 34B, 35, 35A, 35B.


CHANGES:

5, 67, 8

12 thru 4

910, 11

1213

14, 1518, 19

C

C

5 86 7

9 10 11

G

G

D

S34 50.4 W056 01.5S34 50.5 W056 01.7S34 50.6 W056 01.6

S34 50.4 W056 01.4

S34 50.3 W056 01.6S34 50.3 W056 01.5S34 50.3 W056 01.4S34 50.5 W056 01.7S34 50.4 W056 01.6S34 50.5 W056 01.4

S34 50.3 W056 01.326

30, 31S34 50.3 W056 01.2S34 50.2 W056 01.2S34 50.2 W056 01.1

S34 50.2 W056 01.0S34 50.1 W056 01.0

27 thru 29

34B, 35, 35A, 35B34, 34A

S34 50.2 W056 01.1

A

North Apron

Northeast Apron

Southeast Apron

SouthwestApron

NorthwestApron

Commercial Apron

G

G

G

32, 32A, 32B33, 33A, 33B


11/18

JEPPESEN

SU(R)-5

WESTSU(R)-5

SU(R)-8

SU(P)-26

SU(P)-25

STRAIGHT-IN LANDING RWY CIRCLE-TO-LAND

A

B

C

D

1200m

(875')-1600m

(875')-3500m

980'980'

DA(H)

1 8

8 ^

0 0 8 ^

RENAX

MISSEDAPCH FIX

1 Min

MDA(H)

51'

IMVD DME

ALTITUDE

RWY 19

19

(200')

(975')-4500m 205

180

135

100KtsMax

1200m

5.2%

1 8 0 ^

3 6

0 ^

1900' 1600'

377 484 538 646 753 861

MISSED APCH:

MONTEVIDEO, URUGUAYCARRASCO INTL/ ILS DME Rwy 1911-1

CARRASCO Approach (R) CARRASCO Tower

LOC

111.1IMVD

Final Apch Crs

188^MUDIR

1380'(1329')DA(H)

251'(200')

Apt Elev 105'

Rwy 19 51'

Alt Set: hPa (IN on req) Rwy Elev: 2 hPa Trans level: By ATC Trans alt: 3000'

GEN CESAREO L. BERISSO

119.2 120.2 118.1 121.8

MSA CRR VOR

Gnd speed-Kts 70 90 100 120 140 160

251'

34-40

34-50

55-50

56-00

538'

762'

56-10

SUMU/MVD

3.4 2:55 2:16 2:02 1:42 1:27 1:16

880'(775')-1600m

MUDIR SUNGA

GATUS

MIDUN

D11.8 IMVD D4.1 IMVD

D2.0 IMVD

D0.7 IMVD

008^188^1380'3000'

7.7 2.1 1.0

CARRASCO116.9 CRR

CRR

D

CARRASCO

305 CROCRO

1 8 8

^

D10.0 IMVD

PAPI

MUDIR D4.1 IMVD

GATUS D2.0 IMVD

SUNGAD11.8 IMVD

0 0 8 ^

1 8 8 ^

ILS DME

188^ 111.1 IMVDI M V D

719'

MDA(H) 520'(469')RAIL out ALS out

B R I E F I N G S

T R I P

T M

0

5

5

1 0

MALSR

TCH 55'

RAIL or ALS out

1600m

ILS

ILS LOC (GS out)

GS 1380'

GS

ILS GS 3.0^ orLOC Descent Gradient

D1.0 IMVD

GS

Heading 188^ climb to 2000' and hold at RENAX INT.

h d g

2000'hdg

188^ RENAX

MIDUN D0.7 IMVD

D1.0 IMVD

340'18 8 ̂

0.3

1 8 8 ̂

1. Do not descend below 340' MSL before reaching D1.0 IMVD.

LOC(GS out)

D12.0 CRR

D12.0 CRR

P A N S O P S

1 8 8 ^

h d g

0.5

MUDIR to MAP

FULL

18 SEP 09

1080'

4.11380'

3.0960'

2.0640'

1.0322'

1600m

2000m

2400m

800m

609'


800m 1200m

Restricted, prohibited airspace.CHANGES:


12/18

JEPPESEN

SU(R)-5

WESTSU(R)-5

SU(P)-26

SU(R)-8

SU(P)-25


A

B

C

D 1600m

(875')-1600m

(875')-3500m

980'980'

MDA(H)

1 8

8 ^ 0 0 8 ^

RENAX

MISSEDAPCH FIX

1 Min

MDA(H)

51'

IMVD DME

ALTITUDE

1.22.03.04.11380'

RWY 19

19(349')

(975')-4500m 205

180

135

100KtsMax

1600m

Descent Gradient 5.2%

1 8 0 ^

3 6

0 ^

1900' 1600'

369 474 527 632 737 843

MISSED APCH:

MONTEVIDEO, URUGUAYCARRASCO INTL/ LOC DME Rwy 1911-2


LOC

111.1IMVD

Final Apch Crs

188^

Minimum AltMUDIR

1380'(1329')

MDA(H)

400'(349')

Apt Elev 105'

Rwy 19 51'


GEN CESAREO L. BERISSO

119.2 120.2 118.1 121.8

MSA CRR VOR

Gnd speed-Kts 70 90 100 120 140 160

400'

34-40

34-50

55-50

56-00

538'

762'

56-10

SUMU/MVD

960' 640' 400'

(CONDITIONAL)

3.4 2:55 2:16 2:02 1:42 1:27 1:16

880'(775')-1600m

MUDIR

SUNGA

GATUS MIDUN

D11.8 IMVD

D4.1 IMVD D2.0 IMVD

D0.7 IMVD

008^188^1380'3000'

640'

7.7 2.1 1.3

CARRASCO

116.9 CRRCRR

D

CARRASCO305 CRO

CRO

1 8 8

^

D10.0 IMVD

PAPI

MUDIR D4.1 IMVD

GATUS D2.0 IMVD

SUNGAD11.8 IMVD

0 0 8

^

1 8 8 ^

LOC DME

188^ 111.1 IMVDI M V D

719'

MDA(H) 520'(469')

1200m 1600m

1600m

RAIL out ALS out RAIL out ALS out

With DME Without DMERadar required

B R I E F I N G S

T R I P T M

0

5

5

1 0

MALSR

MIDUN D0.7 IMVD

2000'

hdg188^

RENAX

h d g

Heading 188^ climb to 2000' and hold at RENAX INT.

1. Do not descend below 640' MSL before reaching GATUS/D2.0 IMVD.

1 8 8 ̂

P A N S O P S

D12.0 CRR

D12.0 CRR

h d g

1 8 8 ^

MUDIR to MAP

0.5

800m

18 SEP 09

MAP at MIDUN or

1080'1200m 1200m

1200m 800m

609'

| JEPPESEN, 2004, 2009. ALL RIGHTS RESERVED.Restricted, prohibited airspace.CHANGES:


13/18

0 7 4 ^

101^1 8 0 ^

SU(R)-5

SU(R)-8

SU(R)-5WEST

AR

260 ARCARRASCO

CA

280 CACARRASCO

0.4 3.9

LMM LOM

CARRASCO

116.9 CRRCRR

242^ 109.9 ICAR

3 6 0 ^

105'Rwy 24

TCH 53' 1600'

2420'3000'

2 4 2 ^

M

1600'

24 2 ^

D

C

D10.0 CRR

I C A R

D10.0 CRR


ILS ICAR

109.9 242^

GS

2420'(2315')

ILS DA(H)

305'(200')

Apt Elev 105'105'

MONTEVIDEO, URUGUAY11-3

119.2 120.2 118.1 121.81 8 0 ^

Rwy 24

Gnd speed-Kts 70 90 100 120 140 160 1000' 2000' CRR

116.9R-180

3.0

Rwy Elev: 4 hPa Trans level: By ATC Trans alt: 3000'Alt Set: hPa (IN on req)


MISSED APCH:

SUMU/MVD

GS

CRR

1 8 0 ^

D10.0

GS2420'

P A N S O P S

LEFT turn to 2000' to intercept outbound CRR VOR R-180 to

D10.0 CRR and hold.

Climb STRAIGHT AHEAD to 1000', then climbing

KONBI (IAF)

KEVIS (IAF)

D12.0 CRR

D12.0 CRR

2 2 2 ^

0 4 2 ^

281^

101^

(IF)

1 2 D M E

A r c

C R R

3 0 0 0

1 2 D M E A r c C R R 3 0 0

0

2.0

2 4 2 ^

6.9 5:55 4:36 4:08 3:27 2:57 2:35

34-50

55-5056-0056-10

PAPIMALSR

B R I E F I N G S

T R I P

T M

0

5

5

1 0

Final Apch Crs

LT

FULL ALS out

ILS DME VOR DME Rwy 24

ELARU

ELARU

719'

762'

683'

ILS DME

ELARU

ALS out

MAP at D0.6 ICAR or ELARU to MAP

D7.5 ICAR D4.5 ICAR

D0.6 ICAR

D7.5 ICAR D4.5 ICAR

D0.6 ICAR

JEPPESEN


2 AUG 13

None.

Descent angle 372 478 531 637 743 849

0 5 3 ^

C R R

1 1 6 . 9

1 8 0 ^

0 4 2 ^

34-40

1900'1600'

3.0^ILS GS or


A

B

C

D

ILS

(775')-1600m

(875')-1600m

(875')-3500m

(975')-4500m

880'980'

980'

24

MDA(H)

205

180

135

100KtsMax

LOC (GS out)

DA(H) 305'(200') MDA(H) 420'(315')

MISSEDAPCH FIX

CHANGES:

1080'

1200m 800m

1200m

1600m 800m

MSA CRR VOR

3 6 0

^


14/18

Angel S

SU(P)-9

SU(R)-5

SU(R)-5WEST

2 3 0 ^

2 4 8 ^

2 9 1^

2 1 4 ^

[ 3 .13 ̂ ]

[TCH 50']

SU(P)-25

SU(P)-26

SU(R)-8

1200m

480'(421')

980'(875')

980'(875')

MDA(H)

-3500m

-4500m

-1600m

CRR DME

ALTITUDE

4.0 3.31142'

59'

VOR

Rwy 06

(975')

D5.0

5.01500'

1 8 0 ^

3 6 0 ^

1900' 1600'

MAP at VOR

1.7

MISSED APCH:

MONTEVIDEO, URUGUAYCARRASCO INTL/ VOR DME Rwy 0613-1


VOR

116.9CRR

Final

Apch Crs

059^

Minimum Alt

D5.0

1500'(1441')

MDA(H)

480'(421')Apt Elev 105'Rwy 06 59'


119.2 120.2 118.1 121.8

GEN CESAREO L BERISSO

MSA CRR VOR

Gnd speed-Kts 70 90 100 120 140 160 2000'

CARRASCO116.9 CRRCRR

D

DAGUS (IAF)

D10.0

D5.0

D3.3 D1.9

D12.0 (IAF)

920'1500'

3000'

D10.0

D1.9

D3.3

1.45.0

920'

D13.0

(IF)

0 5 9 ̂

MaxKts100

135

180

205

880'(775')-1600m

1600m

34-50

35-00

55-5056-0056-20

0

5

5

1 0

1 5

ADAMI

395 ASIASI

P A N S O P S

1.1

SUMU/MVD

B R I E F I N G S

T R I P

T M

1.9480'

0 3 4

^

2 1 4 ^

111^

2 9 1^

0 5 9 ^

1

2

D

M E A r c

3 0 0 0

3 0 0 0

A r c

D M E

1 2

100^on

hdg

100^ hdg

Climb on 100^ heading to 2000', turn RIGHT to

intercept CRR VOR R-214 and hold at DAGUS.

4 .9 %

1. PAPI intercept 920' at D3.3. 2. Do not descend below 920' before reaching D3.3.

ALS out

1080'

1600m

2500m

2000m

PAPI

603'

719'

640'

855'

762'

609'

640'

683'

SALS

JEPPESEN


2 AUG 13

Descent angle [3.13^] 388 498 554 665 775 886

Descent angle.

Adami Intl

CHANGES:

A

B

C

D

MDA(H)

CIRCLE-TO-LANDSTRAIGHT-IN LANDING RWY 06


15/18

SU(R)-5

SU(R)-5

WEST

SU(P)-9

1 8 0 ^

SU(P)-25

SU(P)-26

SU(R)-8

0 8 5 ^

2 6 5 ^

2 4 9 ^

D10.0 1 8 0 ^

3 6 0 ^

MISSEDAPCH FIX

ABC

D

CIRCLE-TO-LANDSTRAIGHT-IN LANDING RWY

2500m

880'(775')

980'(875')

550'(445')

MDA(H)

MDA(H)

24

980'(875')

(975')

D 1 0

/ 1 5

-1600m

-1600m

-3500m

-4500m 205

180

135

100KtsMax

0 8 1 ^

CA T A & B

0 8 5 ^ CA T

C & D

1500'

RWY 24 105'

VOR

24 9 ^

3000' 0 8 1^

0 8 5 ̂

Startturn at

2 Min30 Sec

MAP at LMM

1900' 1600'

1 8 0 ^

3 6

0 ^

NOTTO

SCALE

1200m

2000m

1600m

Descent Gradient 5.0% 355 457 508 609 711 812

MISSED APCH:

MONTEVIDEO, URUGUAYVOR Rwy 2413-2

CARRASCO Approach (R)

VOR

116.9CRR

Final Apch Crs

249^

MDA(H)

550'(445')Apt Elev 105'

Rwy 24 105'

CARRASCO INTL/

119.2 120.2 118.1 121.8

Alt Set: hPa (IN on req) Rwy Elev: 4 hPa Trans level: By ATC Trans alt: 3000' MSA CRR VOR

GEN CESAREO L BERISSO

CARRASCO260 ARAR

CARRASCO

116.9 CRRD

CRR

P A N S O P S

2000' 116.9R-180

CRR

34-50

55-5056-10

No FAF

to 2000' to intercept CRR VOR R-180 to D10.0 and hold.

1000'

Climb STRAIGHT AHEAD to 1000', turn LEFT climbing

SUMU/MVD

| JEPPESEN SANDERSON, INC., 2002, 2007. ALL RIGHTS RESERVED.

Gnd speed-Kts 70 90 100 120 140 160

CARRASCO Tower

PAPI

fromVOR

34-45

34-55

ALS out

MALSR

1080'

28 DEC 07

B R I E F I N G S

Documents

SUMU Carrasco