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Flights to/from ZLA

Departures (13)

Callsign Dep Arr Status ETA
CSN231 KLAX ZGGG Enroute 2117
SAS932 KLAX EKCH Enroute 2123
UAL1082 KLAX KORD Enroute 1622
VJT2KM KLAX PHNL Enroute 2311
UAL1775 KLAX KEWR Enroute 1802
BAW21B KLAX EGLL Enroute 2353
ANZ103 KLAX NZAA Enroute 0307
ASA1178 KLAX KSEA Enroute 0128
UAL8688 KLAX CYYC Enroute 1737
DAL65 KLAX NZAA Enroute 1547
AAL1589 KLAX KPHX Enroute 2248
QTR44B KLAX OTHH Enroute 2139
SWR41G KLAX LSZH Enroute 1600

Arrivals (15)

Callsign Dep Arr Status ETA
AAL72 YSSY KLAX Enroute 2201
PAL112 RPLL KLAX Enroute 2319
QFA11 YSSY KLAX Enroute 2042
CPA882 VHHH KLAX Enroute 0327
BAW283 EGLL KLAX Enroute 0433
SIA38 WSSS KLAX Enroute 0628
BAW7D EGLL KLAX Enroute 0515
QFA12 YSSY KLAX Enroute 2301
FDX3072 KOAK KLAX Enroute 1600
UAL731 VHHH KLAX Enroute 0346
CAL525 RCTP KLAX Enroute 0538
DLH456 EDDF KLAX Enroute 0217
CPA884 VHHH KLAX Enroute 0031
KLM603 EHAM KLAX Departing
DAL9264 KSEA KLAX Enroute 0835

Los Angeles (SoCal) 28

Departures (7)

Callsign Dep Arr Status ETA
BAW264 KSAN EGLL Enroute 1531
WWA3311 KCRQ CYYZ Enroute 1541
N3232X KSAN KCHD Enroute 1249
SWA2129 KSAN KDEN Enroute 1643
UAL307 KSAN KIAH Enroute 1629
SWA2035 KSAN KLAS Enroute 1545
SWA1005 KSAN KSMF Enroute 2345

Arrivals (7)

Callsign Dep Arr Status ETA
AAL480 KPHX KSAN Enroute 1600
DLH466 EDDM KSAN Enroute 0627
AAL8654 KPHX KSAN Enroute 1600
QXE2051 KLAS KSAN Enroute 0150
CCA5226 KSFO KSAN Enroute 0002
BAW265 EGLL KSAN Departing
UAL4121 KDEN KSAN Enroute 1207

San Diego (SoCal) 14

Departures (1)

Callsign Dep Arr Status ETA
SWA1555 KBUR KOAK Enroute 0112

Arrivals (2)

Callsign Dep Arr Status ETA
SWA1987 KLAS KBUR Enroute 0649
UAL301 KSFO KBUR Enroute 1600

Burbank (SoCal) 3

Arrivals (2)

Callsign Dep Arr Status ETA
SWA2355 KDEN KPSP Enroute 0704
SWA113 KLAS KPSP Enroute 0049

Palm Springs (SoCal) 2

Departures (6)

Callsign Dep Arr Status ETA
QXE2051 KLAS KSAN Enroute 0150
SWA1987 KLAS KBUR Enroute 0649
SWA113 KLAS KPSP Enroute 0049
SWA1919 KLAS KDSM Enroute 1624
SWA5369 KLAS KSLC Enroute 0419
ACA1282 KLAS CYYZ Enroute 1600

Arrivals (7)

Callsign Dep Arr Status ETA
PAA8863 RJAA KLAS Enroute 0212
BAW271 EGLL KLAS Enroute 0558
OCN11 EDDF KLAS Enroute 1054
GGA777 KATL KLAS Enroute 0142
JBU1177 KBOS KLAS Enroute 0256
SWA2035 KSAN KLAS Enroute 1545
DE5367 EDDF KLAS Enroute 2000

Las Vegas 13
  • Flights To/From ZLA: 60
  • Flights in ZLA Airspace: 22
  • Controller Schedule

    October 10th, 2025

    Los Angeles Tower
    Zhenyu Mao

    Session with ER

    1600 - 1730 PDT / 2300 - 0030 Zulu

    Lindbergh Ground
    Ellis Huebner

    1700 - 1900 PDT / 0000 - 0200 Zulu

    VFR Training - A Special SoCal Guide

    Who am I?

    You are the Tower! You are the god of the runways that you control. You can clear people for takeoff and to land, (but you'd better make sure they're actually clear...). You control the order that people depart, and the order in which they land. You also get to talk to people just "passing through" your airspace on their way to other places, to help make sure they don't hit someone in your traffic pattern.

    Where is my airspace?

    You are responsible for all the airspace within five miles of your airport, from the ground up to and including 3,000 feet above the field. (So if your airport is at 1,000 MSL, you get up to 4000 MSL...) (There are a few exceptions to this rule, at SNA, BUR, LGB, LAX and ONT where you don't go up as high...) There are a few exceptions though - if two airports might lay a claim to the same area cause their circles overlap, the "more important" airport gets the sky. (For example, LAX and HHR - LAX wins... Between VNY and BUR, BUR wins... Between VNY and WHP, VNY wins....) You'll always have enough sky though to have a traffic pattern inside your sky.

    What is a traffic pattern?

    It's a kind of racetrack around your runway, which is where VFR planes depart, circle round the field, and arrive from. There are six legs to the pattern: The 45-degree Entry, Upwind, Crosswind, Downwind, Base and Final, and if you don't know these, check out the FS tutorial to get a better idea of how they work. Because you can do a pattern on EITHER side of the runway, get used to thinking of things like "Left Downwind", "right base". The patterns themselves are called "Left Traffic" and "Right traffic", as in "Enter Left Traffic runway 8".

    Which pattern you use is up to you... and you can even use both if you want. At some fields though, a pattern might get too close to someone else's pattern, or might be too close to a mountain, in which case you don't have a choice. We've tried to put some pattern information below for you...

    What am I responsible for?

    Your primary job is to patrol the RUNWAY. Everything else is less important. However you -do- spend a lot of time doing other things, mostly putting your arrivals into a landing order, by telling planes to follow each other. In most towers you don't actually have a radar screen, so you rely on position reports, "report on downwind", "report abeam the tower", "report 3 miles out" to get an idea in your head where people are.

    Because VFR pilots are responsible for missing other planes, you don't actually need to separate them from other planes, but it's a good idea to tell them about each other. So if two guys call you from the southeast, tell them about each other: "N4324 C172 also inbound from the SE", "Helicopter 34L, use caution a learjet departing the airport southwestbound", etc. If two VFRs hit, and you've told them about each other, it's not actually your fault unless they hit on the RUNWAY in which case you're in big trouble.

    How do I get the planes in the pattern?

    Generally, you have two things to worry about... the first is giving people traffic advisories, so if someone is coming from the Southeast, you want to know that so you can tell other planes coming and going from the Southeast. You might also want to know how FAR southeast, so you could ask the plane to tell you that. (Of couse, with ASRC, you'll actually KNOW where they are, but that's sort of cheating! ) The other thing you want to worry about is who should land first, and here, the best thing to remember is that big guys usually go first, cause there's nothing more annoying than being a learjet stuck behind a cessna. Of course if a cessna is right next to the runway and the learjet is 10 miles out... the cessna wins.

    The best thing to do for sequencing is get everyone on a downwind, so you can better gauge who should go first. This isn't all that different from vectoring planes to an ILS, except you aren't issuing any headings to these guys - they're doing this on their own... Ask them to call you when they are "downwind abeam". Then do one of two things: You can tell a plane to follow someone else, "Follow the B737 ahead", "Follow the Cessna over the reservoir", etc., or you can tell him "Extend downwind, I'll call your base", and if you do that, remember to tell him to "turn base" when it's OK for him to come in towards the runway.

    AS far as navigation is concerned, never forget that LA is full of FREEWAYS. Many a controller owe their careers to the fact that it's sometimes easier to say, "follow the freeway ahead" than to give a vector. And a great way to separate planes is to say, "Stay on the west side of the freeway" and to tell the other guy to "stay on the east side". Same thing goes for shorelines!

    How about departures?

    They're easier. Once they're off the runway, you can tell them to "make right downwind departure", "make right crosswind departure", "make straight out departure". As soon as they don't have any conflicts with other reported planes who are inbound or overflying, you can tell them to get lost, "frequency change approved".

    And overflights?

    If someone is "transitioning" your area and will be in your sky, he may call you. If you want, pin him down to a route "follow the freeway",or maybe "fly directly overhead the field at or above 2,500 feet. ". That last one is GREAT if you want to make sure he's not in the way of your departures.

    What about IFR guys?

    Depending on the kind of tower you are, you may or not be responsible for separating IFR planes. Most towers are NOT radar certified, and can't do things like vector IFR planes, assign IFR altitudes, etc, or handoff a plane to a radar controller. In fact if you're not radar certified, you're technically not allowed to use a radar screen at all to ensure separation between planes. Still, some of these VFR towers do have radar screens, and you can use an IDENT to give yourself an idea where a plane is, and a facility that IS radar certified can leave the name tag on the blip and you can use that to get an idea where to look out the window for a plane.

    Of course with ASRC, these guys are going to have a name on their tag anyway, and it's silly not to use the radar if it's there with the right name on the plane. Point is, all your job is is to tell them about each other, and not to worry if they get really close. They both are looking out the window after all, and that's THEIR job.

    Because IFR planes need separation though from other IFR planes, approach control will hold onto these arrivals until there's no other IFR planes for them to hit, and then give them to you to clear them to land. You'll generally want to work your VFR planes around your IFR arrivals, but if you need to move the IFR plane to another runway, the phraseology is "Circle to runway XX". Once he can see the field, treat him like another VFR guy, and you can even tell him to follow someone else if you want... AS far as separating an IFR guy from a VFR guy? That's the responsibility of the VFR plane, so don't worry about doing anything more than telling them about each other.

    The few towers that ARE radar-certified are the ones inside Class C or B airspace, (Burbank, SNA, ONT, SAN, etc.) In some ways, they are like another radar sector, and they can radar identify planes, vector them and turn them. But again, you don't do this normally with VFR planes. However, inside Class B and C airspace, the tower DOES separate IFR from VFR planes (if the blips overlap, they have to do it by more than 500 feet), and they are also REQUIRED to tell VFR planes about other VFR planes. This extra rule is mostly because these airports are much busier, and carry commercial jets which require more separation.

    What about Approach control?

    You own the area from the ground to 3,000 AGL (except where noted below...). Approach control has all the stuff above you, and the area outside your airspace (except if it's another tower...) If he is working a plane which is coming to you, he should tell him to call you well in time for him to call you before he's 5 miles out... If he doesn't, call him on the phone and remind him that it's a beautiful sunny day and he's stuck in a dark radar room. If you're working a plane and he asks for flight following, you can tell him to call approach. Otherwise, you might find that approach might be too busy with IFR planes to want to talk to him. Of course, if the pilot is going to enter a Class B or C area, he'll HAVE to talk to approach...

    How do I use the RADAR?

    Keep in mind that unless you're a radar certified tower, you CAN'T use handoffs for VFR planes. If you want to find a plane, ask him to IDENT. If you want to put a note to yourself about the plane (maybe where he is going...), feel free to use the ADD REMARKS bit to put a note there, but remember, VFR planes DO NOT have to file a flight plan, and can generally go wherever they want.

    Even though you can't vector planes, you ARE allowed to suggest headings. If a plane is lost, or can't find you, or is really in the way of someone, you CAN say, "suggest heading 350, vector for the field, for traffic, etc." It's a semantic/legal difference of course which we won't bore you with here...

    How about altitudes?

    If it's a VFR guy, you're not supposed to give him a HARD altitude, "maintain 3,500". In class C airspace, you can give him a RANGE of altitudes to fly, "transition at or below 3,500 feet", "cross the runway above 1,000 feet", etc. This is cause it's hard to avoid clouds and other planes if you're stuck at one height... In any other kind of airspace, you shouldn't assign altitudes at all.

    What separation is required?

    Again, the rule is "see and be seen", and the VFR planes do all their own separation. All your job requires is to tell planes about each other.

    How do I ship planes to other towers?

    If you want to be authentic and not use handoffs, before you start, jot down the frequencies of the towers near you, and just say, "contact Van Nuys tower now on 120.2". Of course if you use the handoff feature to do that, we're not going to complain...

    A special rule applies though for fast planes and close airports. If a plane is a jet, or a turboprop (like a King Air), most towers follow the tradition of calling the next tower before he clears a guy for takeoff, to warn him, and to find out how the next controller would want the plane to enter the pattern. You tell the pilot that before shipping him to the next guy cause he's so fast, there's not much time to get it wrong.

    How about runway separation?

    Here's a little known point... because we're not talking IFR separation here, it's possible to clear a whole bunch of people for takeoff at almost exactly the same time... Here's the rule:

    If everyone is a "small plane", (less than 12,500 pounds, which is most Cessnas, etc...), you can clear a plane for takeoff right behind someone else as long as the first guy is 1.) Airborne, and 2.) 3,000 feet down the runway.

    If the second plane is a twin, you'll need 4,500 feet down the runway...

    If EITHER plane is a jet, (the front or the back one), you'll need 6,000 feet (which is just more than a mile, if you want to measure it on the scope...) it's more fun for multiplayer guys to be right up someone else's tailpipe, so if you can go for minimum separation, go for it!

    There's similar rules for separating arrivals and departures, and successive arrivals. if you really want to know them, look them up in the FAA Order 7110.65, located on the ZLA main page or search the FAA official site.

    It should be noted that the information contained here is written primarily from a U.S. FAA point of view - however the fundamental principles at play here are fairly universal, and other countries will have similar rules to those described here to address these issues.