saez - charts

8/15/2019 SAEZ - Charts

1/14

PUNTA INDIO

FDO VOR

PDI VOR

SAN ANTONIODE ARECOSNT VOR

QUILMES

GEN BELGRANOGBE VOR

Ezeiza IntlMinistro Pistarini

67 2 7 0 ^

0 9 0 ^

1 8 0 ^

3 3 0 ^

0 6 0 ^

1 2 0 ^

1 5 0 ^

2 1 0 ̂

2 4 0 ^

D6 0

D 4 0

D 6 0

D 4 0

D 2 0

D 6 0

D 4 0

D 2 0

D 8 0

D 8 0

D 8 0

0 3 0 ̂

SA(P)-26

SU(P)-11

U R U G U A Y

A R G E N

T I N

A

1 0 -1 R

JEPPESEN

S A E Z

/ E Z E

A pt E l ev

1 1 9 .9

0 5527.5 82.5

1 1 AP R 1 4

N ew pr o c e d ur e.

E Z E I Z AI N T L -

MI N I S T R OP I S T AR I N I

B U

E N

O S

A

I R E

S ,

A R

G E N T I N A

6 7

'

E Z E I Z AA

p pr o a ch

Al t

S e

t : h

P a

Tr

an

sl ev

el : B

yAT

C

Tr

an

s a

l t :

3 0 0 0

'

EZEIZA116.5 EZEEZED

| J E P P E S E N ,2 0 1 4 .AL L R I GH T S R E S E R V E D .

R 2 4 4

^

R 2 3 2

^

D 2 8

D 4 7

2500

2000

3000

1500

5 5 N M

5 5 N M 5 5

N M

3 5 N M

3 5 N M

3 5 N M

2 5 N M

2 5 N M

2 5 N M

2 0

N M

R 0

2 3 ^

R0 9 3 ^

2500

3000

3000

34-00

34-30

35-00

35-30

56-3057-0057-3058-0058-3059-0059-3060-0060-30

2000

33'

LOBOS11 Parachute Activity.

LOBOS

2

Parachute Activity.13000' minimum sector altitude.

2500' minimum sector altitude.

LA PLATA

SAN FERNANDO

MARIANO MORENO

ENO VOR

PTA VOR

ILM NDB

EL PALOMARPAL VOR

C H AN

GE S

:

. R A D A R . M I N I M U M . A L T I T U D E S .

JEPPESEN

0 ^

2 7 0 ^

0 9 0 ^

1 8 0 ^

3 0 0 ^

3 3 0 ^

0 6 0

^

1 5 0 ^

2 1 0 ̂

D 8 0

D 6 0

D4 0

D 2 0

D 8 0

D 6 0

D 4 0

D 2 0

D 8 0

D 6 0

D 4 0

D 2 0

D 1 0

0

D 1 0 0

SU(P)-11

SA(P)-26

SU(P)-20

SA(P)-34

BA I R E S

T MA

B A I R

E S T MA

N

MarianoMoreno

El Palomar

Jorge NewberyAeroparque

S A E Z

/ E Z E

1 0 -1 S

A

. S T A R . O V E R V I E W .

B U

E N O S

A I R E S ,

A R

G E N T I N A

E Z E I Z AI N T L -MI N I S T R OP I S T AR I N I

PAGON

ARSOT

VALOS

ASADA

KUKEN

PAPIX

TENIL

KOVUK

SARGO

GEN BELGRANO

SNT VOR DME

SAN ANTONIODE ARECO

ENO VOR DMEMORENO

EZE VOR DMEEZEIZA

MARIANO

LA PLATA

34-00

34-30

35-00

35-30

56-3057-0057-3058-0059-0059-3060-00

0 10 20 30 40 5010

A SA DA 6 A

V A L O

S 7 A B E L G

R A N O

6 A

S A N A

N T O N I O

6 A

P A G O N 6 A

K O V U K 6 A

T E N I L 6 A

SARGO6A

P A P I X

6 A K U K

E N 6 A

880'

GBE VOR

PTA VOR

GATOS

. E f f . 4 . J u n .

V AL O

S ar r i v al r en um b er e d .

| J E P P E S E N

,2 0 0 8 ,2 0 0 9 .AL L R I GH T S R E S E R V E D .

U R U G

U A Y

A R G

E N

T I N A

2 9 MAY

0 9

A

A

C H AN GE S :

S T A R

O V E R V I E W R WY 1 1


2/14

JEPPESEN

0 ^

2 7 0 ^

0 9 0 ^

3 0 0 ^

3 3 0 ^

0 6 0 ^

1 5 0 ^2 1 0 ̂

2 4 0 ^

D 8 0 D 6 0

D4 0

D2 0

D 8 0

D 6 0

D 4 0

D 2 0

D 8 0

D 6 0

D 4 0

D 2 0

D 1 0 0

D 1 0 0

SU(P)-11

SU(P)-20

SA(P)-34

SA(P)-26

B A I R

E S

T M A

B A I R E S T M A

N

MarianoMoreno


El Palomar

S A E Z

/ E Z E

1 0 -1 S 1

A

. S T A R . O V E R V I E W .

B U

E N O S

A I R E S ,

A R

G E N T I N A


PAGON

VALOS

ASADA

KUKEN

PAPIX

TENIL

KOVUK

SARGO

GEN BELGRANO

SNT VOR DME

SAN ANTONIODE ARECO

EZE VOR DMEEZEIZA

LA PLATA

34-00

34-30

35-00

35-30

56-3057-0057-3058-0059-0059-3060-00

0 10 20 30 40 5010

K O V U K 6 B

T E N I L 6 B

SARGO6B

P A P I X

6 B K U K

E N 6 B

GESTA

A S A D A 6 B

V A L O S 6 B B E L G

R A N

O 6

B

S A N A N T O N I O 6 B

P A G O N 6 B

880'

GATOS GBE VOR

PTA VOR

. E f f . 4 . J u n .

N on e.

| J E P P E S E N


U R U G

U A Y

A R G

E N

T I N A

2 9 MAY

0 9

11

A

A

C H AN GE S :

S T A R

O V E R V I E W R WY

3 5

JEPPESEN

U R U G U

A Y

A R G

E N T

I N A 0 ^

2 7 0 ^

0 9 0 ^

1 8 0 ^

3 0 0 ^

3 3 0 ^ 0 3 0 ̂

0 6 0

^

1 5 0 ^

2 1 0 ̂

D 8 0

D 6 0

D4 0

D 2 0

D 8 0

D 6 0

D 4 0

D 2 0

D 8 0

D 6 0

D 4 0

D 2 0

D 1 0 0

D 1 0 0

SU(P)-11

SA(P)-26

SU(P)-20

SA(P)-34

B A

I R E S

T M A

BA I R E S

T M A

N

MarianoMoreno


El Palomar

S A E Z

/ E Z E

1 0 -1 S 2

A

B U

E N O S

A I R E S ,

A R

G E N T I N A


ASADA

KUKEN

PAPIX

KOVUK

GEN BELGRANO

EZE VOR DMEEZEIZA

34-00

34-30

35-00

35-30

56-3057-0057-3058-0059-0059-3060-00

0 10 20 30 40 5010

880'

ESLAN

EZE24

URINO

TORUL

LANDA

BIVAM ATOVO

ESLAN

K O V U K

TEDAR

T E D A R

B E L G R A N O

T O R U

L

U R I N O

A S A D A

L A P L A T A 6 B

LA P LA T A 6 A

L A N D A

B I V A M A T O V O

K U K E N

PAPIX

. S I D

. O V E R V I E W .

DORVO

PDI VOR DMEPUNTA INDIO

LA PLATA

PTA VOR

GBE VOR

D O R V

O

. E f f . 4 . J u n .

E GE P A

S I D c an c el l e d ,T OR U L S I D a d d e d .

| J E P P E S E N


U R U G U

A Y

A R G

E N T

I N A

2 9 MAY

0 9

C H AN GE S :

S I D O

V E R V I E W A L L R WY

S


3/14

JEPPESEN

0 7 0 ^

2 9 8 ^

R 2 6 4 ^

D 2 2

3 1 3^

3 1 7 ^

W 0 5

9 3

7 . 6

1

1E Z E 5 0

D2 5 E N O

1 4 7^

4 2

2

1 0

1 3

A S A D A 6

A 3 3

0 8 4 ^

1 1

A pt E l ev

6 7 '

1 0 -2

S A E Z

/ E Z E

. S T A R .

3 0 0 0 '

AT I S

1 2 7 . 8

1 1 7 .7

S N T

SNT

S 3 4 1

3 . 3 W

0 5

9 2

6 . 5

D

S A N A N T

O N I O

D E A R E C

O

S A N F E R N A N D

O

1 1 4 .4 F D

O

FDO

S 3 4 2 7 .1 W

0 5 8 3 5

.1

DE Z E I Z A

1 1

6 . 5 E Z E

EZE

S 3 4 4 9 . 5 W

0 5 8 3

2 .1

D

1 1 2 .9 E N

O

ENO

S 3 4

3 3

. 8 W

0 5 8

4 7 .4

D

MA R I A N

O

M O

R E N

O

G E N B E L G R A N

O

1 1

5 . 6

G B E

GBE

S 3 5

4 5

.1 W

0 5 8

2 7 .9

5 5

D M E

E Z E

MAX 2 5 0 K T B E L OWF L 1 0 0

Al t

s e

t : h

P a

Tr

an

sl ev

el : B

yAT

C

Tr

an

s a

l t : 3 0 0 0

'

S A N A N T

O N I

O 6 A

( S N T

6 A

) , V A L O

S 7 A A R R I V A L

S

A S A

D A

6 A

, B E L G R A N

O 6

A ( G

B E 6 A

) , P A

G O

N 6

A

,

1 C om p ul s or yr

e p or t i n g p oi nt swh en

R AD AR

s er vi c ei n o p er at i v e.

| J E P P E S E N ,2 0 0 3 ,2 0 0 9 .AL L R I GH T S R E S E R V E D .

S A N A N T O N I O 6 A

( S N T 6 A )

( G B E 6 A )

1D 3 8 E Z E

GE B E N r en am

e d GE B E M.

7 A

U G 0 9

S P E E D :

M S AE Z E V

OR

1 9 2 ̂

2 1 0 ̂

2 4

1 5

1 8

P A G ON

V A L O S 7 A

VAL O

S

S 3 5

2 7 . 5 W

0 5

9 2 1 . 0

3 3 9 ^

S 3 4

5 4 . 5 W

0 5 8 5 8

.7

A S ADA

0 3 8 ^

P A G O N 6 A

5 5

AR S OT

N OT T O

S C AL E

VANAR

S 3 5 0

1 . 6

S 3 3 5 5

. 3

W 0 5 8

4 3

.2

S 3 4 4

5 . 6

W 0 5 8 5 3

.9

D1 8 . 3 E Z E

D1 5 E N O

S 3 4 1 9 . 5 W

0 5 8

4 5

.7

C H AN

GE S :


B U E N

O S

A I R E S ,

A R

G E N T I N A

D 3 9 E N O

( R WY 1 1

)

1 7 . 9 AE R 5 2

D2 3 E N O

B E L G R A N O 6 A

S 3 4

5 6

.1 W

0 5 8 5

9 . 6

GE B E M

S 3

5 1 2 . 0

W 0 5

9 0 9 . 5

0 3 4 ̂

JEPPESEN

3 5 7 ^

G B E 1 1 5 . 6

0 6 1 ^

0 5 5 ^

G B E

1 1 5 . 6

0 7 4 ^

GBE

GB E

U R U G U A Y

A R G E N T I N A

M O

N T E V I D E O S U E O

F I R

E Z E I Z A S A

E F F I R

3 4 R 1 8 1 ^

0 0 1 ^ T E N I L 6 A

2 9 3 ^

3 3

W 0 5 6 5 3

. 0

W 0 5

7 3

1 .2

A pt E l ev

6 7 '

S A E Z

/ E Z E

. S T A R .

3 0 0 0 '

AT I S

1 2 7 . 8

E Z E I Z A

1 1

6 . 5 E Z E

EZE

S 3 4 4 9 . 5 W

0 5 8 3

2 .1

D

L A P L A T A

1 1

3 .7 P T A

PTA

S 3 4

5 8

. 6 W

0 5

7 5 3

.9 1 0 -2 A

MAX 2 5 0 K T B E L OWF L 1 0 0

Al t

s e

t : h

P a

Tr

an

sl ev

el : B

yAT

C Tr

an

s a

l t : 3 0 0 0

'

5 5 D M E E Z E

T E N I L 6 A A R R I V A L S

K O

V U

K 6

A , K U

K E N

6 A

, P A P I X

6 A

, S A

R G O 6

A

,

N on e.


S A N F E R N A N D

O

1 1 4 .4 F D

O

FDO

D S 3 4 2 7 .1 W

0 5 8 3 5

.1

7 A

U G 0 9

S P E E D :

M S AE Z E V

OR

N OT T O

S C AL E

2 0 9 ̂

2 3 4 ^

2 3

3 6

T E NI L

S 3 5 3

2 . 5 W

0 5

7 5 0

. 0

K OV

U K

P AP I X

S 3 4 2

5 . 0 W

0 5 8 0 0

. 0

K U K E N

S 3 4 1 1 . 0 W

0 5 8

1 3

. 0

K U K E N 6 A

P A P I X 6 A

R 0 5 4 ^

R 0 2 9 ̂

F L 1 2 0

K O V U K 6 A

4 2

0 9 7 ^

R 0 9 7 ^

3 1 2^

R 1 3 2^

S A R G O 6 A

4 0

W 0 5

7 0 5

.1

S 3 4

5 8

.9

2 7 7 ^

1 0

S AR G

O

S 3 4

5 9 . 0

3 3 5 ^

S 3 5

1 2 . 0

E S L AN

D7 2 E Z E

4 8 F R O M G A T O S

C H AN

GE S :


B U

E N O S

A I R E S ,

A R

G E N T I N A

( R WY 1 1

)

D4 2 E Z E

D 3 6 E Z E


4/14

0 7 0 ^

D R 3 1 7 ^

P T A atp

1 1 3 . 7

R 2 3 1 ^

R 3 1 3 ^

R 2 9

8 ^

W 0 5

9 3

7 . 6

1 0 8 ^

3 4

3 1 7 ^

188^

GE S T A

008^

D1

6 E Z E

1

1

MAX 2

5 0 K T B E L OW F L 1

0 0

A pt E l ev

6 7 '

S A E Z

/ E Z E

. S T A R .

3 0 0 0 '

AT I S

1 2 7 . 8

1 0 -2 B

1 1 7 .7

S N T

SNT

S 3 4 1

3 . 3 W

0 5

9 2

6 . 5

D S A

N A N T

O N I O

D E A R E C

O

E Z E I Z A

1 1

6 . 5 E Z E

EZE

S 3 4 4 9 .4 W

0 5 8 3

2 .1

D

G E N B E L G R A N

O

1 1

5 . 6

G B E

GBE

S 3 5

4 5

.1 W

0 5 8

2 7 .9

S A N F E R N A N D

O

1 1 4 .4 F D

O

FDO

S 3 4 2 7 .1 W

0 5 8 3 5

. 0

D

1 1 8 ^

1 3 4^

S 3 5 0

4 .9

W 0 5 8

2 6

.7

A S A D A 6 B

5 8

V A L O

S 6 B

3 2

20 .619 .4

4

0 5 2 ^

008^

E Z E 6 6

1 S 3 5

2 5

.7

W 0 5 8

2 7 . 3

AE R 6

0

1 S 3 5 3 6

.9

W 0 5 8

4 1 .2

AE R 6 1

1 S 3 5 3

9 . 6

W 0 5 8

4 4 . 6

5 5 D M

E E Z

E

Al t

s

et : h

P a

Tr

an

sl ev

el : B

yAT

C

Tr

an

s a

l t : 3 0 0 0

'

1 3 7 ^

1 5 . 9

1

C om p ul s or yr e p or t i n g

p oi nt swh enR AD AR


1 7 J U L 1 5

JEPPESEN

R ei s s u e.


T M A

V A L

O S 6 B

[ V A L O

6 B

] A R R I V A L S

A S A

D A

6 B

[ A S

A D 6 B

] , B E L G R A N

O 6

B ( G

B E 6 B

) [ G B E 6 B

]

P A

G O

N 6

B [ P

A G

O 6 B ] , S A

N A N T

O N I O

6 B

( S N T

6 B

) [ S N T

6 B ]

F L5 0

S A N A N T O N I O

6 B

( S N T 6 B

)

M H A

F L 5 0

BE LGR AN O6 B(GBE6B)

S P E E D :

M S AE Z E V OR

1 9 2 ̂2 4

P A G ON

VAL O

S

S 3 5

2 7 . 5 W

0 5

9 2 1 . 0

A S ADA

R 3 4 6 ^

1 6 6 ^ 3 2

P A G O N 6 B

W 0 5 8

4 5

.7

S 3 4 1 9 . 5

VANAR

N OT T O

S C AL E

S 3 3 5 5

. 3

W 0 5 8

4 3

.2

S 3 5 0

1 . 6

( R WY

3 5 )

C H AN GE S :


B U E N

O S

A I R E S ,

A R

G E N T I N A

3 5 7 ^

0 6 1 ^

0 5 5 ^

0 7 4 ^

F D O 1 1 4 . 4 FDO

D

D

3 4 R 1 8 1 ^

0 0 1 ^ T E N I L 6 B

W 0 5 6 5 3

. 0

2 6 3 ^

1 8 8 ^

GE S T A

W 0 5 8

2 6

.7

2 8

S 3 5 0

4 .9

D1

6 E Z E

5 5 D M E E Z E

A pt E l ev

6 7 '

S A E Z

/ E Z E

. S T A R .

3 0 0 0 '

AT I S

1 2 7 . 8

1 0 -2 C

MAX 2


0 0

Al t

s e

t : h

P a

Tr

an

sl ev

el : B

yAT

C Tr

an

s a

l t : 3 0 0 0

'

E Z E I Z A

1 1

6 . 5 E Z E

EZE

S 3 4 4 9 .4

W 0 5 8 3

2 .1

DL A P L A T A

1 1

3 .7

P T A

P

TA

S 3 4

5 8

. 6 W

0 5 7

5 3

.9

G E N B E L G R A N

O

1 1

5 . 6

G B E

GBE

S 3 5 4

5 .1 W

0 5 8

2 7 .9

0 0 8 ^

1 7 J U L 1 5

JEPPESEN


R ei s s u e.

T M A

K O

V U

K 6 B

[ K O

V U 6

B ] , K U

K E N

6 B

[ K U

K E 6 B

]

P A P I X 6 B

[ P A P I 6 B

] , S A R

G O 6

B [ S A

R G 6

B

]

T E N I L 6 B

[ T E N I 6 B

] A R R I V A L S

F L 5 0

S P E E D

:

M S AE Z E V OR

2 0 9 ̂

2 3 4 ^

2 3

4 0

3 6

T E NI L

S 3 5 3

2 . 5 W

0 5

7 5 0

. 0

K OV

U K

S 3 5

1 2 . 0 W

0 5

7 3

1 .2

P AP I X

S 3 4 2

5 . 0 W

0 5 8 0 0

. 0

K U K E N

S 3 4

1 1 . 0 W

0 5 8

1 3

. 0

K U K E N 6 B

P A P I X 6 B

R 0 5 4 ^

R 0 2 9 ̂

1 0

E S L AN

S 3 4

5 8

.9

W 0 5

7 0 5

.1

3 3 5 ^

S A R G O 6 B

K O V U K 6 B

4 2

F R O M G A T O S

4 8

0 9 7 ^

R 0 9 7 ^

2 7 7 ^

3 1 2^

R 1 3 2^

S AR G

O

S 3 4

5 9 . 0

D7 2 E Z E

N OT T O

S C AL E

C H AN GE S :


B U

E N O S

A I R E S ,

A R

G E N T I N A

( R WY

3 5 )

M H A F L 1 2 0


5/14

JEPPESEN 3 3 5 ^

3 1 7 ^

R 0 8 9 ^

1

1

1 2

9

1 3

1 3

5 5 D M E E Z E

A T O V O 2 A

1 0 1

4 2 1 8 2 ^

2 7 5 ^

1 S 3 4 4

8 .7

W 0 5 8 3 5

.7 h

d g

A pt E l ev

6 7 '

S A E Z

/ E Z E

2 9 MAY

0 9

3 0 0 0 '

MAX 2 5 0 K T B E L OWF L 1 0 0

1 0 - 3

Tr an

sl ev

el : B

y

AT C

Tr an

s a

l t : 3 0 0 0

'

1 1 7 .7

S N T

SNT

S 3 4 1

3 . 3 W

0 5

9 2

6 . 5

D

S A N A N T

O N I O

D E A R E C

O

S A N F E R N A N D

O

1 1 4 .4 F D

O

FDO

S 3 4 2 7 .1 W

0 5 8 3 5

.1

D

E Z E I Z A

1 1

6 . 5 E Z E

EZE

S 3 4 4 9 . 5 W

0 5 8 3

2 .1

D

0 D M E A r c E Z E

1

1 S 3 4 4

6 . 5

W 0 5 8 3

2 .7

1 0 0 0

' ,

1 0 0 0

'

3 0 0 0

' .

1 0 D M

E A r c

E Z E

R 2 1 0 ̂

0 3 0 ̂

1 2 6^

1 S 3

4 5

1 . 5

W 0 5 8

2 7 .9

0 0 5 ^

. S I D .

2 4 0 ^ h d g

D

. E f f . 4 . J u n . |

J E P P E S E N ,2 0 0 3 ,2 0 0 9 .AL L R I GH T S R E S E R V E D .

Ai r p or t

el ev at i on , S N T c o or d i n at e s ,

pr o c e d ur e b e ar i n g s.

2 0 0 0

' .

t o

1 0 0 0

'


p oi nt swh en

R AD AR

s er vi c e

i n o p er at i v e.

1

S P E E D :

M S AE Z E V

OR

2 6 9 ^

L ANDA

S 3 3

5 4 . 5 W

0 5 8 3

4 . 5

B I VAM

W 0 5 8 3 3

.9

S 3 4

0 9 .1

W 0 5 8

4 8

. 8

S 3 4 0

7 .4

N OT T O

S C AL E

E Z E 2 0

7 5

1 0 0

1 5 0

2 0 0

2 5 0

3 0 0

5 . 0

% V

/ V

( f pm

)

3 8 0

5 0 6

7 6 0

1 0

1 3

1 2

6 6

1 5

1 9

3 . 3

% V

/ V

( f pm

)

3 3

4

5 0 1

6 6 8

8 3 5

1 0 0 3

2 5

1

N o

i s e

A b a

t em

ent :

Cl i m

b wi t h

V2 +1

0 -2

0 KT

L A N D A 2 A

AT OV O

S 3 4

0 3

.7 W

0 5

9 0

9 . 0

B I V A M 2 A

E Z E 2 6

E Z E 1 9

S 3 4 1

0 . 3

W 0 5 8 5

9 . 5

D2 2 S NT

D 3 1 S NT

E Z E 1 1

D 3 E Z E

C H AN

GE S :


B U E N

O S

A I R E S ,

A R

G E N T I N A

( R WY

S 1 1

/ 2 9

, 1 7

/ 3 5 )

Gn

d s p e e d

-KT

D 3 E Z E

E Z E 1 0

5 . 0

% t o

3 . 3

%

t o

t h e

n a d o p

t Vzf +1

0 KT

unt i l

RWY

D4 E Z E

E Z E 1 2

1 1

1 7

2 9

3 5

I NI TI AL

CL I MB

AT

OV

O2 A

BI VAM2 A

L ANDA2 A

C o

nt i n

u e o

nEZE

R- 0 0 5

t oL ANDA.

D 3 4 F D O

D 3 6 . 6 F D O L A

N D A 2 A D E P A R T

U R E S

R O UTI N

G

Af t er t ak

e- of f t ur nRI GHTt oi nt er c

e p

t EZER-1 2

6 t oEZE1 2

/ D4 EZE

, c o

n

t i n u e o

nEZE

A T O

V O

2 A

, B I V A M 2 A

,

R-1 2

6 t h

enf ol l ow t h

e

EZE1

0 DMEAr ct ot h

eRI GHTt oi nt er c

e p

t EZER-2 1

0 ( h e a d

i n g

Af t er t ak


e p

t EZER-1

8 2

,t h

enf ol l ow t h

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0 DMEAr ct o

Cl i m

b r unw

a y

h e a d

i n g

t oE

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/ D

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i n g

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0 ^ ,t h

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0

Cl i m

b r unw

a y

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i n g

t oE

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0 /

D 3

EZE

,t ur nt oh

e a d

i n g

2 7

5 ^ ,t h

enf ol l ow

t h e

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0

DMEAr ct ot h

eL EF Tt

oi nt er c

e p

t EZER-2 1

0 ( h e a d

i n g 0 3 0

^ ) t oEZE.

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nt i n u

e o

nEZE

R- 0

0 5

t oEZE1

9 .

DMEAr ct ot h

eL EF Tt

oi nt er c

e p

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0 ( h e a d

i n g 0 3 0

^ ) t oEZE.

C o

nt i n u

e o

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R- 0

0 5

t oEZE1

9 .

t h e

RI GHTt oi nt er c

e p

t EZER-2 1

0 ( h e a d

i n g 0 3 0

^ ) t oEZE.

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nt i n

u e o

nEZER- 0

0 5

t o

EZE1

9 .

0 3 0

^ ) t oEZE.

C o

nt i n

u e o

nEZER- 0

0 5

t oEZE1

9 .

L EF Tt ur nt oi nt er c

e p

t S

NTR- 0

8 9 ( h e a d

i n g

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^ ) t oEZE2

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t h e

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r nRI GHTt o

i nt er c

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O R-

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OV

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i n g

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t h e

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r nRI GHTt o

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e p

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O R-

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t oBI VAM.

S 3 3 5 8

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W 0 5 8 5 6

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Th

e s e S

I D s

r e q u

i r emi ni m

um cl i m

b g

r a d

i ent s

of :

JEPPESEN

1 8 3 ^

0 5 4 ̂

0 2 9 ^

0 9 0 ^

M O N T E V I D E O

S U E O F I R

E Z E I Z A

S A E F F I R U R U G U A Y

A R G E N T I N A

3 5 7 ^

0 6 1 ^

E S L AN

K OV

U K

2 7 5 ^

0 9 2 ^ 1 2 6^ 1 1

0 ^

1 6 9 ^ 1 3 2^

1 8 3 ^

0 9 7 ^

1

T E D A R

K O V U K

3 0

2 3

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1 2 . 0

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1 .2

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4 0

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h d

g

R 2 7 2 ^

2 9

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D 3 E Z E

S 3 4 4

8 .7

W 0 5 8 3 5

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S 3 4 4

6 . 5

W 0 5 8 3

2 .7

E Z E 1 0

1D 3 E Z E

1

T E DAR

S 3 5

2 7 . 0 W

0 5

7 4

3 . 0

3 1

S 3 4

5 9 .4

W 0 5 8 3

1 . 3

A pt E l ev

6 7 '

S A E Z

/ E Z E

2 9 MAY

0 9

3 0 0 0 '

MAX 2 5 0 K T B E L OWF L 1 0 0

Tr an

sl ev

el :

B yAT

C

Tr an

s a

l t : 3 0 0 0

'

1 0 0 0

' ,

1 0 0 0

'

3 0 0 0

' .

. S I D .

E Z E I Z A

1 1 6 . 5 E Z E

EZE

S 3 4 4 9 . 5 W

0 5 8 3

2 .1

D

L A P L A T A

1 1

3 .7 P T A

PTA

S 3 4

5 8

. 6 W

0 5

7 5 3

.9

G E N B E L G R A N

O

1 1

5 . 6

G B E

GBE

S 3 5

4 5

.1 W

0 5 8

2 7 .9

P U N T A I N D I O

1 1 4 .1 P D I

PDI

S 3 5

2 0

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0 5

7 1

6 . 5

D

1

0 D

M E A r

c

E Z E

1 0 D M E A r c

E Z E

2 4 0 ^ h d g

K U K E N

D4 2 E Z E

P AP I X

S 3 4 2 9 . 3

W 0 5 8 0 5

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S 3 4 2

5 . 0

W 0 5 8 0 0

. 0

3 4 8 ^

P A P I X

6

D 3 6 E Z E

E Z E 1 8

1D 3 0 E Z E

5 5 D M E E Z E

K U K E N 1 9

3 0 . 8

1 0 - 3 A

1

E Z E 1 2

S 3 4

5 1 . 5

W 0 5 8

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D4 E Z E

0 5 6 ^ D O R V O

D OR V

O

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3 . 0

W 0 5

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1 . 0

D 5 1 E Z E

2 4 . 4

h d

g

2


. E f f . 4 . J u n .

[ D1 8

3 J ]

( 1 1 4 .4 F D OR - 0 5 5 )

1 C om p ul s or yr e p or t i n g

p oi nt swh enR AD AR


2

d e p ar t ur e s

L AP L AT A

6 B

f or R w

y1 1

S 3 4 1 1 . 0 W

0 5 8

1 3

. 0

P r o c e d ur e sr evi s e d ,r ei n d ex e d , ai r p or t

el ev at i on.

B E L G R A N O 6

( G B E 6 )

L A P L A T A 6 A

( P T A 6 A

) L A

P L A

T A 6 B

( P T

A 6 B

)

1 0

0 0 ' t o2

0 0 0

' .

S P E E D :

M S AE Z E V

OR

N OT T O

S C AL E

7 5

1 0 0

1 5 0

2 0 0

2 5 0

3 0 0

Th

e s e S

I D s

r e q u

i r emi ni m

um cl i m

b g

r a d

i ent s

of :

5 . 0

% V

/ V

( f pm

)

3 8 0

5 0 6

7 6 0

1 0

1 3

1 2

6 6 1

5 1

9

3 . 3

% V

/ V

( f pm

)

3 3 4

5 0

1

6 6 8

8 3 5

1 0 0 3

2 5

1

C H AN

GE S :


B U

E N O S

A I R E S ,

A R

G E N T I N A

( R WY

S 1 1

/ 2 9

, 1 7

/ 3 5 )

Gn

d s p e e d

-KT

5 . 0

% t o

3 . 3

%

RWY

1 1

1 7

2 9

3 5

Af t er t ak


e p

t EZER-1 2

6 t oEZE1 2

/ D4 EZE

,t h

enf l yh

e a d

i n g

1 1

0 ^

( P TA R-2

9 0 )

t o P

TA.

t o P

TA.

Af t er t ak


e p

t EZER-1

8 3 ,

t h e

nvi a

P TA R-2

7 2 ( h e a d

i n g 0 9

2 ^ )

1 1

RWY

1 7

Af t er t ak


e p

t EZER-1

8 3

t o G

BE.

2 9

DMEAr ct ot h

eL EF Tt oi nt er c

e p

t P

TA R-2 7 2

( h e a d

i n g 0 9

2 ^ ) t o

P TA.

3 5

DMEAr ct ot h

eL EF Tt oi nt er c

e p

t P

TA R-2 7 2

( h e a d

i n g 0 9

2 ^ ) t o

P TA.

Th

en

c e a c c o

r d i n

gt oK

UKEN

, P

A P

I X ,

D O

RV

O ,

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L AN

,K

OV

UK

or TEDARt r an

si t i on

s.

B E L G R A N

O 6 ( G

B E 6

) ,

L AP L ATA

6 A

/ 6 BI NI TI AL

CL I MB

L AP L ATA

6 A

/ 6 BR

O UTI N

G

BE L

GRAN

O 6 I NI TI AL

CL I MBANDR

O UTI N

G

Cl i m

b o

nr unw

a y

h e a d

i n g

t oEZE1 1

/ D

3 EZE

,t ur nt oh

e a d

i n g

2 4

0 ^ ,t h

enf ol l ow t h

eEZE1

0

Cl i m

b o

nr unw

a y

h e a d

i n g

t oEZE1

0 /

D 3

EZE

,t ur nt oh

e a d

i n g

2 7

5 ^ ,t h

enf ol l ow t h

eEZE1

0

Af t er t ak


e p

t EZER-1 2

6 ,

t h e

nf ol l ow t h

eEZE1

0 DMEAr ct o

t h e

RI GHTt oi nt er c e

pt EZER-1

8 3

t o G

BE.

Cl i m

b o

nr unw

a y

h e a d

i n g

t oEZE1 1

/ D

3 EZE

,t ur nt oh

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i n g

2 4

0 ^ ,t h

enf ol l ow t h

eEZE

1 0

DMEAr ct ot h

eL EF Tt oi nt er c

e p

t EZER-1

8 3

t o G

BE.

Cl i m

b o

nr unw

a y

h e a d

i n g

t oEZE1

0 /

D 3

EZE

,t ur nt oh

e a d

i n g

2 7

5 ^ ,t h

enf ol l ow t h

eEZE

1 0

DMEAr ct ot h

eL EF Tt oi nt er c

e p

t EZER-1

8 3

t o G

BE.

N o

i s e

A b a

t em

ent :

Cl i m

b

wi t h V2 +1

0 -2

0 KTt o

L A P L A T A

6 A / 6

B ( P

T A

6 A

) ( P T A

6 B

) D E P A R T

U R E S

t h e

n a d o p

t Vzf +1

0 KT

unt i l


6/14

2 8 4 ^

1 2 6^

2 7 4 ^

3 1 3 ^

3 0

3 ^

2 4 1 ^

3 2 4^

1 8 3 ^

1

1

h d

g

2 5 . 8 U R I N O

A pt E l ev

6 7 '

S A E Z

/ E Z E

2 5 MAR 1 6

3 0 0 0 '

T r an sl ev el : B yAT C T r an s

al t : 3 0 0 0 '

. S I D .

3 2 4^

E Z E I Z A

1 1

6 . 5 E Z E

EZE

S 3 4 4 9 . 5 W

0 5 8 3

2 .1

D

2 4 0 ^

1 0 - 3 B

1

1

h d g

1

S 3 4

5 9 .4

W 0 5 8 3

1 . 3

D1

8 . 6 E Z E

1 1 2 .9 E N

O

ENO

S 3 4

3 3

. 8 W

0 5 8

4 7 .4

D

MA R I A N

O

M O

R E N

O

JEPPESEN

1 9 . 4

1 7

1 5 . 9

1

MAX 2


0 0

G E N B E L G R A N

O

1 1

5 . 6

G B E

GBE

S 3 5

4 5

.1 W

0 5 8

2 7 .9

L A P L A T A

1 1

3 .7 P T A

PTA

S 3 4

5 8

. 6 W

0 5

7 5 3

.9


p oi nt swh en

1R AD AR

s er vi c ei n

o p er at i v e.


E Z E 2 4 c o or d i n at e s.

D 3 8 . 0 E Z E

D 1 0 . 0 A

r c E Z E

D 1 0 . 0 A r c E Z E

D 5 5 . 0 E Z

E

S P E E D :

M S AE Z E V OR

T O R U L 1

N OT T O

S C AL E

A S ADA

A S A D A

2 7 4 ^

S 3 5 0 0

.4

W 0 5 8 5 0

. 3

E Z E 2 4

2 4 1 ^

2 7

5 ^

S 3 5 0

1 . 6

W 0 5

9 3

7 . 6

E Z E 1 5

S 3 5 0

1 .1

W 0 5

9 1 7 .4

1 6 . 5

2 2 . 3

T OR U L

S 3 5

2 1 .7

W 0 5

9 2

6 .4

7 5

1 0 0 1 5 0

2 0 0 2 5 0

3 0 0

T h i s S I D r e q ui r e smi ni m

um cl i m b

gr a d i ent s of :

5 . 0 %V / V ( f pm

)

3 8 0 5 0 6 7 6 0 1 0 1 3 1 2 6 6 1 5 1 9

3 . 3 %V / V ( f pm

)

3 3 4 5 0 1 6 6 8 8 3 5 1 0 0 3

2 5 1

N oi s eA

b at em ent : C l i m b wi t h V 2 +1 0 -2 0 K T

C H AN GE S :


B U E N

O S

A I R E S ,

A R

G E N T I N A

Gn d

s p e e d -K T

R WY

1 1

1 7

2 9

3 5

R O U T I N

G

I NI T I AL

C L I MB

T R AN

S I T I ON

S

A S ADA

U R I N

O

E Z E 1 0

S 3 4 4

6 . 5

W 0 5 8 3

2 .7

S 3 4

5 1 . 5

W 0 5 8

2 7 .9

E Z E 1 2

E Z E 1 1

S 3 4 4

8 .7

W 0 5 8 3 5

.7

2 7 4 ^

S 3 5

1 2 . 0

W 0 5

9 0

9 . 5

GE B E M

T ur nL E F T ,i nt er c e pt E Z E R -2 4 1 t oT OR U L .

C ont i n u e onP T AR -2 7 4 t oA

S AD A.

C ont i n u e onP T AR -2 7 4 t oE Z E 1 5 ,t h ent ur nR I GH T

an d i nt er c e pt

GB E R - 3 2 4 t o U R I N O.

U R I N

O

S 3 4 4 2 . 0

W 0 5

9 3 8

. 5

5 . 0 %t o1 0 0 0 ' , 3 . 3 %1 0 0 0 ' t o2 0 0 0 ' .

t o1 0 0 0 ' t h en

a d o pt V zf +1 0 K T

unt i l 3 0 0 0 ' .

T O

R U

L 1

D 3 . 0 E Z E

D 3 . 0 E Z E

D4 . 0 E Z E

Af t er t ak e- of f t ur nR I

GH T t oi nt er c e pt E Z E R -1 2 6 ,t h enf ol l owt h eD 1 0 . 0 Ar cE Z E t ot h eR I GH T

t oi nt er c e pt P T AR -2 7 4 t oE Z E 2 4 / D 1 8 . 6 E Z E .

C l i m b r unw

a yh e a d i n gt oE Z E 1 1 / D 3 . 0 E Z E ,t ur nt oh e a d i n g2 4 0 ^ ,t h enf ol l ow

t h eD 1 0 . 0 Ar cE Z E

t ot h eL E F T t oi nt er c e pt E Z E R -2 4 1 t oE Z E 2 4 / D 1 8 . 6 E Z E .

C l i m b r unw

a yh e a d i n gt oE Z E 1 0 / D 3 . 0 E Z E ,t ur nt oh e a d i n g2 7 5 ^ ,t h enf ol l ow

t h eD 1 0 . 0 Ar cE Z E

t ot h eL E F T t oi nt er c e pt E Z E R -2 4 1 t oE Z E 2 4 / D 1 8 . 6 E Z E .

Af t er t ak e- of f t ur nR I GH T t oi nt er c e pt E Z E R -1 8 3 ,i nt er c e pt P T AR -2 7 4 t oE Z E 2 4 / D 1 8 . 6 E Z E .

[ T O

R U

L 1 ]

0 8 ^ W A

3 5 2 ^

1 7 2 ^

V OR

A pt E l ev

B U

E N O S

A I R E S , A R

G E N T I N A


S 3 4 4 9 . 3 W

0 5 8 3 2 .2

1 0 -9

6 7 '

AT I S

T ow er

1 2 7 . 8

1 2 1 .7 5

1 1 8 . 6

S A E Z

/ E Z E

2 4 AP R 1 5

JEPPESEN


ME T

Ai r cr af t wi t h wi n g s p an

gr e at er t h an7 9 ' ( 2 4 m

)

3 4 -4

8

3 4 -4

8

3 4 -4 9

3 4 -4 9

3 4 - 5

0

3 4 - 5

0

3 4 - 5 1

3 4 - 5 1

5 8

- 3 1

5 8

- 3 1

5 8

- 3 2

5 8

- 3 2

5 8

- 3 3

5 8

- 3 3

J

3 3

3 7

3 8

3 9

4 0

3 3 A 3

3 B

3 4

3 4 A 3

4 B 3

4 C 3

5 A

3 5 B 3

6 A

4 2

4 4

4 1

3 4 -4

8 . 0

I N D U S T R I AL R AMP

S e e1

0 -9

C f or

S p ot

C o or d i n

at e

s.

A ut on om o u s ent r y an d

4 3 A

4 3 B

4 4 A

4 5

4 6

4 7

3 6

3 5

4 3

exi t on p ar k i n g s p ot s

3 7 t h r o u gh 4 7 .

T r a ct or ent r y an d exi t

A ut on om o u s ent r yt o

a s si gn e d p o si t i on ,t r a ct or

t o exi t on s p ot s 3 3 A / B ,

3 4 A / B / C , 3 5 A / B , 3 6 A / B .

on p ar k i n g s p ot s

3 3 , 3 4 , 3 5 , 3 6 .

1 2 7 .1

* E Z E I Z A C l e ar an c e

Gr o un d

m u st b et ow

e d onT w y J b et w e enT w

yA

an d t h e

I n d u st r i al R am p.

3 4 -4

8 . 0

. E f f . 3 0 . A p r .

R unw a y b e ar i n g s ,wi n d i n d i c at or s.


C ont r ol T ow er

1 9 3 '

E l ev 6 2 '

1 1

1 1 0 ^

3 5

2 9 0 ^

2 9

E l ev 6 6 '

E l ev 6 7 '

E l ev 6 2 '

1 7

A

B C

D

E

F

J

H

G

3 1 0 5 m

3 3 0 0

m

1 0

, 8 2 7 '

H

J

I N D U S T R I AL R AMP

1 0 , 1 8 7 '

F e e

t

M e

t e r s

0 0

1 0 0 0

1 0 0 0

2 0 0 0

3 0 0 0

4 0 0 0

5 0 0 0

1 5 0 0

5 0 0 C A

R G OAP R ON

C OMME R C I AL AP R ON

C H AN GE S : 5 8

- 3 1 .7

5 8

- 3 1 . 6

5 8

- 3 1 . 5

5 8

- 3 1 .7

5 8

- 3 1 . 6

5 8

- 3 1 . 5

3 4 -4 7 .9

5 8

- 3 1 .4

5 8

- 3 1 .4

3 4 -4 7 . 8

3 4 -4 7 . 8


7/14

A

Wi t h o ut R L

D AY

N I GH T

2 E n g

1 h r T ak e- of f Al t nA

pt

3 &4 E n g


pt

F i l e d -1

or m

or eE n gi n o p

2 5 0 0 m

N A

D AY

D AY

N I GH T

N I GH T

Wi t h R L

Wi t h R L

Wi t h o ut R L

Wi t h o ut R L

L an d i n g

Mi ni m

um s

Av ai l a b l e

2 5 0 0 m

3 0 0 0 m

N A

N A

L an d i n g

Av ai l a b l e

Mi ni m

um s

2 E n gT ak e- of f

Al t nA

pt N ot F i l e d

1 E n g

F i l e d -1 E n gi n o p

R L & C L wi t h T w

yH ol d

Wi t h R L

5 5 0 m

V I S

L i gh t i n g & C ent er l i n e

M ar k i n g sT w

yt oR w

y

V I S 4 0 0 m

R w

y s1 7

, 3 5

T AK E - OF F

Wi t h o ut R L

D AY

N I GH T

2 E n g


pt

3 &4 E n g


pt

F i l e d -1

or m

or eE n gi n o p

2 5 0 0 m

N A

D AY

D AY

N I GH T

N I GH T

Wi t h R L

Wi t h R L

Wi t h o ut R L

Wi t h o ut R L

L an d i n g

Mi ni m

um s

Av ai l a b l e

2 5 0 0 m

3 0 0 0 m

N A

N A

L an d i n g

Av ai l a b l e

Mi ni m

um s

2 E n gT ak e- of f

Al t nA

pt N ot F i l e d

1 E n g

F i l e d -1 E n gi n o p

R L & C L wi t h T w

yH ol d

Wi t h R L

R V R 4 0 0 m

5 5 0 m

V I S

L i gh t i n g & C ent er l i n e

M ar k i n g sT w

yt oR w

y

R V R 1 7 5 m

& &

R w

y s1 1

,2 9

C H AN GE S :

B U

E N

O S

A I R E

S ,

A R

G E N T I N A


T w o-w a yr a d i or e q ui r e d .

C A U T I ON : B i r d si nvi ci ni t y

of ai r p or t .

S A E Z

/ E Z E

2 4 AP R 1 5

JEPPESEN

| J E P P E S E N


Gr o ov e d .

1 1

N ot e.

. E f f . 3 0 . A p r .

B e a d vi s e d of unm ann e d f r e e

b al l o onl a un ch e s.

| J E P P E S E N


R WY

AD D I T I ON AL R U N WAY I N F OR MAT I ON

T h r e sh ol d

L AN D I N GB E Y ON

D

U S AB L E L E N GT H S

WI D T H

T AK E - OF F

Gl i d e

S l o p e

GE N E R AL

1 0 -9 A

1 1

2 9 H I R L

C L AL S F -I I T D Z P AP I

( an gl e 3 . 0 ^ )

R V R

1 9 7 ' 6 0 m

1 7

3 5

1 4 8 ' 4 5 m

R V R 9 2 0 3 ' 2 8 0 5 m

R L C L P AP I -L

( an gl e 3 . 0 ^ )

H I R L C L P AP I

( an gl e2 .9 ^ )

R L C L AL S F -I I T D Z P AP I

( an gl e 3 . 0 ^ )

7 1 1 0 ' 2 1 6 7 m

9 7 8 8 ' 2 9 8 3 m

1 0 -9 B

S A E Z

/ E Z E

B U

E N

O S

A

I R E

S ,

A R

G E N T I N A


1 5

1 2

1 1

5 8

- 3 2 . 0

5 8

- 3 2 .1

5 8

- 3 2 .1

5 8

- 3 2 . 0

5 8

- 3 2 . 8

9

8

7 6

5 4

3

2

5 1 B

5 2 B

5 3 B

5 4 A

5 4 B

5 5 A

5 5

5 5 B 5

4

1 3

1 4

R w y 1 1 / 2 9

R w y 1 7 / 3 5 3 4 -4 9 . 0

2 2

2 3

2 4

2 5

2 2 A

2 2 B

2 3 A

2 3 B

2 4 A

2 4 B

2 5 A

2 5 B

JEPPESEN

| J E P P E S E N


1 4 A

1 4 B

1 5 A

1 5 B

1 1 A

1 1 B

ME T

1 6

1

6 A

5 8

- 3 2 . 8

1 7

1 8

1 6 B

1 7 A

1 7 B

1 8 A

1 8 B

5 3 5 3

A 5 2

5 2 A

5 1 5 1

A 5 0 B

5 0

5 0 A

C AR G

OAP R ON

1 0

N on e.

2 4 AP R 1 5

. E f f . 3 0 . A p r .

A

B C

D J

3 4 -4 9 . 0

3 4 -4

8 .9

3 4 -4

8 . 8

5 8

- 3 2 . 6

5 8

- 3 2 . 5

5 8

- 3 2 .4

5 8

- 3 2 . 3

5 8

- 3 2 .2

5 8

- 3 2 .7

3 4 -4 9 . 3

3 4 -4

8 .7

3 4 -4

8 . 6

3 4 -4

8 . 5

3 4 -4

8 .4

3 4 -4

8 . 3

3 4 -4

8 . 3

3 4 -4

8 .4

3 4 -4

8 . 6

3 4 -4

8 . 8

3 4 -4 9 .1

3 4 -4 9 .2

3 4 -4 9 . 3

5 8

- 3 2 .7

5 8

- 3 2 . 6

5 8

- 3 2 . 5

5 8

- 3 2 .4

5 8

- 3 2 . 3

5 8

- 3 2 .2

C H AN GE S :

E

G

3 4 -4 9 .4

H

F


8/14

1 0 -9 C

S A E Z

/ E Z E

B U

E N

O S

A

I R E S ,

A R

G E N T I N A


JEPPESEN

I ND

U S T R I AL R AMP

5 5 B

C AR

G OA

P R ON

2 4 2 4 A

2 4 AP R 1 5

3 7 4 5 ,4 6

4 7

C OMME R

C I AL A

P R ON

5 3 , 5 3 A , 5 3 B

5 4 , 5 4 A , 5 4 B

5 5 , 5 5 A

4 4 ,4 4 A

7 , 8 ,9

1 3 ,1 4 ,1 4 A

,1 4 B

1 5 ,1 5 A

,1 5 B

1 6 ,1 6 A

,1 6 B

1 7 ,1 7 A

,1 7 B

1 8 ,1 8 A

,1 8 B

2 2 ,2 2 A

,2 2 B

2 3 ,2 3 A

,2 3 B

2 4 B ,2 5 ,2 5 A

,2 5 B

3 8 , 3 9 ,4 0 ,4 1

4 2 ,4 3 ,4 3 A

,4 3 B

3 5 B , 3 6 , 3 6 A , 3 6 B

3 4 C , 3 5 , 3 5 A

3 4 , 3 4 A , 3 4 B

3 3 , 3 3 A , 3 3 B

. E f f . 3 0 . A p r .

5 0 , 5 0 A

5 2 B

5 2 , 5 2 A

5 0 B , 5 1 , 5 1 A , 5 1 B

4 , 5 , 6

1 1 ,1 1 B ,1 2

1 0 ,1 1 A

C H AN GE S :

P AR K I N

G S P OT

C O OR DI NAT E

S | J E P P E S E N


C O OR DI NAT E

S

C O OR DI NAT E

S

C omm

er ci al a pr on , c ar g o a pr on ,i n d u st r i al r am

p p ar k i n g s p ot s.

S 3 4 4 8 . 8 W

0 5 8 3 2 . 3

S 3 4 4 8 . 8 W

0 5 8 3 2 .2

S 3 4 4 9 . 0 W

0 5 8 3 2 .4

S 3 4 4 9 . 0 W

0 5 8 3 2 . 6

S 3 4 4 9 . 0 W

0 5 8 3 2 . 5

S P OT N

o.

S 3 4 4 9 . 0 W

0 5 8 3 2 . 6

S 3 4 4 9 . 0 W

0 5 8 3 2 .7

S 3 4 4 9 . 0 W

0 5 8 3 2 .7

S 3 4 4 7 .9 W

0 5 8 3 1 .7

S 3 4 4 7 .9 W

0 5 8 3 1 .7

S 3 4 4 8 .9 W

0 5 8 3 1 . 6

S 3 4 4 8 . 0 W

0 5 8 3 1 . 6

S 3 4 4 8 . 0 W

0 5 8 3 1 . 6

S 3 4 4 8 . 0 W

0 5 8 3 1 . 5

S 3 4 4 7 .9 W

0 5 8 3 1 . 6

S 3 4 4 8 . 0 W

0 5 8 3 1 . 5

S 3 4 4 7 . 8 W

0 5 8 3 1 .7

S 3 4 4 8 .7 W

0 5 8 3 2 .2

S 3 4 4 8 . 6 W

0 5 8 3 2 .2

S 3 4 4 8 . 6 W

0 5 8 3 2 . 3

S 3 4 4 8 . 5 W

0 5 8 3 2 . 3

S 3 4 4 8 . 0 W

0 5 8 3 1 . 5

S 3 4 4 9 . 0 W

0 5 8 3 2 .2

S 3 4 4 8 .9 W

0 5 8 3 2 .1

S 3 4 4 8 . 5 W

0 5 8 3 2 . 3

S 3 4 4 8 .4 W

0 5 8 3 2 . 3

S 3 4 4 8 .9 W

0 5 8 3 2 .4

S 3 4 4 8 . 5 W

0 5 8 3 2 . 3

2 , 3

S 3 4 4 8 .9 W

0 5 8 3 2 . 3

S 3 4 4 8 .9 W

0 5 8 3 2 .1

S 3 4 4 9 . 0 W

0 5 8 3 2 .1

S 3 4 4 9 . 0 W

0 5 8 3 2 .2

S P

OT N

o.

S 3 4 4 8 . 6 W

0 5 8 3 2 .2

. S M G C S .

. L E S S . t h a n . R V R . 4 0 0 m .

B U

E N O S

A I R E S , A R

G E N T I N A


1 0 -9 D L O W V I S I B I L I T Y T A X I R

O U

T E S

AT I S

T ow er

1 2 7 . 8

1 2 1 .7 5

1 1 8 . 6

S A E Z

/ E Z E

1 7 1 ^

3 5 1 ^

3 4 -4

8

3 4 -4

8

3 4 -4 9

3 4 -4 9

3 4 - 5

0

3 4 - 5

0

5 8

- 3 1

5 8

- 3 1

5 8

- 3 2

5 8

- 3 2

5 8

- 3 3

5 8

- 3 3

2 7 MAR 1 5

JEPPESEN

| J E P P E S E N


1 2 7 .1

* E Z E I Z A C l e ar an c e

Gr o un d

C l e ar an c e d el i v er yf r e q u

en c y a d d e d .

2 - 7

8 -

2 5

AP R

ON

T AX I WAY AN D

D E P AR T U R E

L OWV I S I B I L I T Y

T AX I R O

U T E

L OWV I S I B I L I T Y

AR R I V AL

L E

GE ND

C E N T E R L I N E L I GH T S

T AX I R O

U T E

V O

R C H E C K P OI N T

S T OP B AR L I GH T S

S I GN S F OR P AR K I N G

P O S I T I ON R O

U T E S

I

C H AN GE S :

C ont r ol T ow er

1 7

A

B C

D

E

F

J

H

G

3 3 0 0

m

1 0

, 8 2 7 ' H

3 5

2 8 9 ^

2 9

1 1

1 0 9 ^

8 -2 2

C ar g o

A pr on

A pr on

C omm

er i c al


9/14

B U

E N

O S

A I R E

S ,

A R

G E N T I N A


1 0 -9 E

S A E Z

/ E Z E

2 7 MAR 1 5 JE

PPESEN


AT C P R O

C E D U R E S F OR T AX I I N G

U N D E R L OWV I S I B I L I T Y

( R V R L E S S T H AN 4 0 0 ME T E R S )

I L S C AT I I / I I I A

OP E R AT I ON

S -E Z E I Z AI NT L -MI NI S T R

OP I S T AR I NI

( S p e ci al

ai r cr af t

c ert i f i c at i on

an

d ai r cr ew q

u al i f i c at i onr e

q ui r e

d )

I L S S en

si t i v eAr e

a

T h eI L S

s en si t i v e ar e a ( L S A ) i s pr ot e ct e d b y a s y st em of r e d

c ol or e d st o p b ar s onT axi w

a y s

E ch o ,F oxt r ot , G ol f ,H ot el ,I n d i a

an d at t h e

ai r cr af t al t er n at e p ar k i n g p o si t i on s ,

pr i or t o

ent er i n gR unw

a y1 1 .Ai r cr af t

an d v eh i cl e s

sh al l n ot cr o s s al i gh t e

d st o p b ar .

Ar r i vi n g

ai r cr af t m

u st n ot i f y' R unw

a y C l e ar ' ( ' P i st aL i b r e' ) u p on

exi t i n gt h er unw

a y.

T axi i n

g

U nl e s s ex cl u si v el y cl e ar e d b yt h e

C ont r ol T ow er , al l ar r i vi n g ai r cr af t m

u st exi t R unw

a y

1 1 u si n gT axi w

a y' H ot el ' .

T h ef ol l owi n g

pr o c e d ur e s ar e a p pl i c a b l ewi t h R V R l e s st h an4 0 0 m

an d / or a c ei l i n g or

v er t i c al vi si b i l i t y of 6 0 m ( 2 0 0 ' ) or l e s s.

F or

p ark i n

g p o si t i on

s2 t h r u7

V i aT axi w

a y' H ot el ' t oT

axi w a y' I n d i a' t oT axi w

a y' C h ar l i e' , an d t h ent ot h e

p ar k i n g

p o si t i on s.

F or

p ark i n

g p o si t i on

s 8 t h r u2

5

V i aT axi w

a y' H ot el ' t oT

axi w a y' D el t a' an d t h ent ot h e

p ar k i n g p o si t i on s.

T axi i n

gt o1 1 t h r e

sh ol d

Ai r cr af t

d e p ar t i n gf r om

t h ei r p ar k i n g p o si t i on s , unl e s s ot h er wi s e

a ut h or i z e d b yt h e

C ont r ol T ow er ,m u st t axi

un d er t h ei r

own

p ow er onT axi w

a y' F oxt r ot ' unt i l r e a ch i n gt h e

r e d st o p b ar pr i or t o

ent er i n gR unw

a y1 1 .

I n c on d i t i on s of m

ar gi n al vi si b i l i t y

a' F OL L OWME ' ( ' S I GAME ' ) v eh i cl ewi l l b e

ar r an g e d

a sr e q ui r e d .

N on e.

. P A R K I N G .

C H AN GE S :

1 1 6 . 5

E Z E

2 9 0 ^

D 1 0

D 1 0

0 3 0^

1 5

0 ^

2 1 0^

2 4 0 ^

3 0 0 ̂

1

8 0 ^

0 ^

D 2 0

D 2 0

S A ( P ) -2 6

M S AE Z E V OR

3 0 0 0 '

3 0 0 0 '

A

1 C i r cl et ot h e

s o ut h of R w

y1 1 -2 9

c ent er l i n e.

C I R C L E -T O-L AN D

C D

MD A ( H )

M ax

K t s1 8 0

2 0 5

A L

S o u

t

MD A

( H ) 4

6 0 ' ( 3 9 8 ' )

L O C ( G S o ut )

2 0 0 0 m

S T R AI GH T -I N L AN D I N GR WY 1 1

A L S o u

t

1 2 0 0 m

I L S

2 6 2 ' ( 2

0 0 ' )

D A ( H )

F U

L L

2 4 0 0 m

2 4 0 0 m

2 8 0 0 m

8 0 0 ' ( 7 3 3 ' ) - 3 7 0 0 m

R V R 5 5 0 m

8 0 0 m

V I S

Gn d

s p e e d -K t s

1 2 0

1 4 0

1 6 0

1 8 0

3 . 3 1 : 3 9 1 : 2 5 1 : 1 4 1 : 0 6

MAP

at MM

/ D 0 . 6 P C

or OMt oMAP

19 0 0 ' ( 8 3 3 ' ) -4 6 0 0 m

5 8

- 5 0

5 8

-4 0

5 8

- 3 0

MI S S E DAP

C H

:

B U

E N

O S

A I R E

S ,

A R

G E N T I N A

AT I S

E Z E I Z AA

p pr o a ch

E Z E I Z AT ow

er

Gr o un d

1 2 7 . 8

1 1 9 .9

1 1 8 . 6

1 2 1 .7 5

L O C

1 1

0 .1

P C

F i n al

A p ch C r s

1 1

0 ̂

G S

OM

1 3 5 0 ' ( 1 2 8 8 ' )

I L S D A

( H )

2 6 2 ' ( 2 0 0 ' )

5 0 0 '

h d g

1 2

5 ^

P AP I

BRIEFING STRIP TM05 5 10

AL S F -I I

Al t

S et : h P a

R w yE l ev : 2 h P a

T r an sl ev el : B yAT C

T r an s

al t : 3 0 0 0 '

S A E Z

/ E Z E

P AP I

2 3 O C T 1 5

N o

. 3 I L

S X

R w

y1 1


JEPPESEN

1 1 -1

A pt

E l ev 6 7 '

R w y 6 2 '

1 .DME r e

q ui r e

d .

1 1 0^

D9 .2

D 6 .7

T C H 5 6 '

G S 1

3 5 0 '

G S 3 1 5 '

OM

MM

F L

0 5 0

( I AF )

( I F )

5 8 0 ' 5 9 7 '

1 0 3 0 '

3 4 - 5

0

5 8

- 3 0

5 8

-4 0

5 8

- 5 0

3 4 -4

0


1 1 0 ^

2 9 0 ^

3 0 0 0 ' or a s d i r e ct e d b yAT C .

Mi s s e d

a p pr o a ch .

R T

C l i m b t

o 5 0 0 ' ,R I GH T t ur nh e a d i n g1 2 5 ^

cl i m b t o

L O C

( G S o ut )

AL T I T U D E

6 . 0 2 0 3 0 '

5 . 0

4 . 0

3 . 0

2 . 0

1 7 1 0 '

1 4 0 0 '

1 0 8 0 '

P C D ME

7 6 0 '


N OT T O

S C AL E

9 5 5

6 3 7 7 4 3

8 4 9

I L S G S

or L O

C D e s c ent An gl e

3 . 0 0 ^

C H AN GE S :

PANS OPS

AR

S OT

F L 0 5 0

D 1 7 . 5 P C

2 . 8

3 . 3

1 1 0 ^

2 2 0 0 ' P C 2 2 0 0 '

P C

2 . 5

1 3 5 0 '

0 . 6

M OM

D 0 . 6 P C

CMM

8 . 3 1 1 0 ^

1 2 5 ^

P C

1 1

0 ^ 1 1

0 .1 P C

AR

S O

T

h d g

I L S D ME

D 3 .9 P C

D 0 . 6 P C E

Z E

1 1

6 . 5 E Z E

D

E Z E I Z A

D 6 .7

P C

P C D9 .2

D 1 7 . 5 P C

D 3 .9 P C

M ax2 1 0 K T

R WY

6 2 '


10/14

1 1 6 . 5

E Z E

2 9 0 ^

D 1 0

D 1 0

0 3 0^

1 5

0 ^

2 1 0^

2 4 0 ^

3 0 0 ̂

1

8 0 ^

0 ^

D 2 0

D 2 0

S A ( P ) -2 6

M S AE Z E V OR

3 0 0 0 '

3 0 0 0 '

A

D A ( H ) 1

6

2 ' ( 1 0 0 ' )

R A1

0 2 '

S T R AI GH T -I N L AN D I N GR WY

C AT

I I I L S

1 1

C AT I I I AI L S

R V R 3 5 0 m

N AA L

S o u

t

R V R 2 0 0 m

N AA L

S o u

t

Gn d

s p e e d -K t s

1 2 0

1 4 0 1 6 0

1 8 0

3 . 0 0 ^ 6 3 7 7 4 3

8 4 9 9 5 5

I L S G S

MI S S E DAP

C H

:

B U

E N

O S

A I R E

S ,

A R

G E N T I N A

AT I S

E Z E I Z AA

p pr o a ch

E Z E I Z AT ow

er

Gr o un d

1 2 7 . 8

1 1 9 .9

1 1 8 . 6

1 2 1 .7 5

L O C

1 1

0 .1

P C

F i n al

A p ch C r s

1 1

0 ^

G S

OM

1 3 5 0 ' ( 1 2 8 8 ' )

5 0 0 '

h d g

1 2

5 ^

P AP I


AL S F -I I

Al t

S et : h P a



T r an s al t : 3 0 0 0 '

S A E Z

/ E Z E

P AP I

2 3 O C T 1 5

JEPPESEN

A pt E l

ev 6 7 '

R w y 6 2 '

C l i m b t o

5 0 0 ' ,R I GH T t ur nh e a d i n g1 2 5 ^

cl i m b

t o

1 1 0^

D9 .2

D 6 .7

T C H 5 6 '

G S 1

3 5 0 '

G S 3 1 5 '

OM

MM

I M

( I F )

1 1 -1 A

1 .

S p e ci al Ai r cr ew an

d Ai r cr af t

C ert i f i c at i onR

e q ui r e

d .2 .DME r e

q ui r e

d .

C AT I I I A

R ef er t o

Mi ni m

um s

C AT I I

R A1

0 2 '

D A ( H )

( 1 0 0 ' )

1 6 2 '

3 4 -4

0

3 4 - 5

0

5 8

- 3 0

5 8

-4 0

5 8

- 5 0

5 8 0 ' 5 9 7 '

1 0 3 0 '

| J E P P E S E N


F L

0 5 0

( I AF )

1 1 0 ^

2 9 0 ^



N o

. 1 I L

S Z

R w

y1 1

C A T I I

&

I I I A


Mi s s e d

a p pr o a ch .

R T

| J E P P E S E N


N OT T O

S C AL E

C H AN GE S :

PANS OPS

AR

S OT

F L 0 5 0

D 1 7 . 5 P C

2 . 8

3 . 3

1 1 0 ^

2 2 0 0 ' P C 2 2 0 0 '

P C

2 . 5

0 . 5

m OM

D 0 . 6 P C CMM

8 . 3

D 3 .9

1 2 5 ^

P C

1 1

0 ^ 1 1

0 .1

P C

h d g

I L S D ME

D 3 .9 P C

D 0 . 6 P C E

Z E

1 1

6 . 5 E Z E

D

E Z E I Z A

D 6 .7

P C

P C D9 .2

AR

S OT

D 1 7 . 5 P C

1 1 0 ^

D 0 .1 P C 0 .1

SI MID 0 .1 P C

MAX 2 1 0 K T

R w y

6 2 '

2 7 4 ^

0 3

0^

1 5 0 ^

2 1 0^

2 4 0 ^

3 0 0 ̂

1

8 0 ^

0 ^

D 1 0

D 1 0

D 1 0

6 0 ^ 0

0 9 0 ^

3 0

^

3

S A ( P ) -2 6

M S AE Z E V OR

3 0 0 0 '

3 0 0 0 '

A

5 8

-4 0

5 8

- 3 0

5 8

- 5 0

MI S

S E DAP

C H

:

B U

E N O S

A I R E S , A R

G E N T I N A

AT I S

E Z E I Z AA

p pr o a ch

E Z E I Z AT ow

er

Gr o un d

1 2 7 . 8

1 1 9 .9

1 1 8 . 6

1 2 1 .7 5

L O C

1 1

0 .1

P C

F i n al

A p ch C r s

1 1

0 ̂

G S

OM

1 3 5 0 ' ( 1 2 8 8 ' )

I L S D A

( H )

2 6 2 ' ( 2 0 0 ' )

5 0 0 '

h d g

1 2

5 ^

P AP I


AL S F -I I

Al t

S et : h P a

R w y

E l ev : 2 h P a


T r an s al t : 3 0 0 0 '

S A E Z

/ E Z E

P AP I

2 3 O C T 1 5

N o

. 4 I L S W R w

y1 1


JEPPESEN

1 1 -2

A pt E l ev

6 7 '

R w y 6 2 '

C l i m b t

o 5 0 0 ' ,R I GH T t ur nh e a d i n g1 2 5 ^

cl i m b t o

D1

0 . 0

G S 1 3 5 0 '

G S 3 1

5 '

T C H 5 6 '

D1

0 . 0

MM

OM

( I AF )

D9 .2

( I F )

3 4 - 5

0

5 8

- 3 0

5 8

-4 0

5 8

- 5 0

5 8 0 '

4 8 0 '

5 9 7 '

1 .N oh ol d i n g.


F L b yAT C


R T

Mi s s e d

a p pr o a ch .

Gn d

s p e e d -K t s

1 2 0 1 4 0 1 6 0

3 . 0 0 ^

9 5 5

6 3 7 7 4 3

8 4 9

I L S G S

1 8 0

3 . 3 1 : 3 9 1 : 2 5 1 : 1 4 1 : 0 6

or L O

C D e s c ent An gl e

MAP

at MM

/ D 0 . 6 P C

or OMt oMAP


AL T I T U D E

( G S o ut )

2 0 3 0 '

1 7 1 0 '

1 4 0 0 '

1 3 5 0 '

1 0 8 0 '

7 6 0 '

P C D ME

L O C

6 . 0

5 . 0

4 . 0

3 .9

3 . 0

2 . 0

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I L S D ME

C H AN GE S :

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