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KHWONorth Perry Airport

Hollywood, Florida · IATA HWO

ICAO

KHWO

IATA

HWO

Elevation

8 ft MSL

Type

Medium Airport

Coordinates

26.0012, -80.2407

Runways

4

Sun times today (UTC)

🌅 Sunrise

1109Z

🌇 Sunset

2318Z

Dawn (civil)

1046Z

Dusk (civil)

2341Z

Times in Zulu (UTC). For logging night time and currency, “night” for position lights begins at the end of evening civil twilight (dusk); FAA night currency and the 1-hour-after-sunset to 1-hour-before-sunrise rule use sunset/sunrise. Study only — verify locally.

Runways

RunwayLengthWidthSurfaceLighted
10L/28RTrue 90° / 270° · Mag 100° / 280°3,241 ft100 ftAsphalt
10R/28LTrue 90° / 270° · Mag 100° / 280°3,463 ft100 ftAsphalt
19L/01RTrue 180° / 0° · Mag 190° / 10°3,260 ft100 ftAsphalt
19R/01LTrue 180° / 0° · Mag 190° / 10°3,000 ft100 ftAsphalt

Runway lighting and true headings from the public-domain FAA NASR 28-Day Subscription. Tap a lighting type for its definition. For study only — always confirm against the current FAA Chart Supplement.

Weather station

ASOS · Dial-up: 954-983-5904

Automated weather observing station. Call the number for the current spoken observation. Source: FAA NASR (public domain).

Radio frequencies

ServiceDescriptionFrequency
Approach / DepartureMIAMI APP/DEP128.6
ATISATIS135.475
CTAFCTAF132.1
GroundGND120.45
TowerTWR132.1
UNICOMUNICOM122.95

Frequencies from the public-domain OurAirports dataset and may be out of date — always confirm against the current FAA Chart Supplement before use.

Charts & Terminal Procedures

Airport Diagram

Charts are FAA public-domain, current as of cycle 2606. For familiarization and study only — not for navigation. Always use current official charts.

Chart Supplement

The FAA Chart Supplement(formerly the Airport/Facility Directory, A/FD) is the FAA’s official directory of airport details — airport services, fuel grades, FBOs, hours of operation, runway and lighting specifics, communications frequencies, and the all-important Remarkssection. It’s a primary preflight planning reference for every pilot.

KHWO is covered by the Southeast U.S. Chart Supplement volume.

Official FAA airport record (NFDC) — the authoritative data the Chart Supplement is built from: services, fuel, FBOs, remarks, runway and lighting specifics, and communications.

Already on this page:the runways, frequencies, and field elevation shown above are a quick study summary drawn from the same airport data — handy for familiarization, but abbreviated.

For familiarization and study only — not for navigation. Always verify against the current official FAA Chart Supplement before any flight.

Aviation lessons for this airport

Learn the concepts behind the numbers above — the same topics the FAA tests you on. For study only, not for navigation.

Runway numbers = magnetic heading

A runway's number is simply its magnetic heading rounded to the nearest 10°, with the last zero dropped. So Runway 09 points about 090° (east) and Runway 27 points about 270° (west) — the same strip of pavement, two directions 180° apart. An L / R / C suffix only tells parallel runways apart and has nothing to do with the heading.

Runway endPoints toward (magnetic)
01R010° · “R” = parallel runway, not part of the heading
01L010° · “L” = parallel runway, not part of the heading
10L100° · “L” = parallel runway, not part of the heading
10R100° · “R” = parallel runway, not part of the heading
19L190° · “L” = parallel runway, not part of the heading
19R190° · “R” = parallel runway, not part of the heading
28R280° · “R” = parallel runway, not part of the heading
28L280° · “L” = parallel runway, not part of the heading

Headings shown are derived from the runway number (number × 10) and are approximate; the painted number can differ slightly and shifts over time as magnetic variation changes.

Is this airport towered? What airspace?

A control-tower (TWR) frequency is published here, so this is a towered airport — you need a clearance to take off and land while the tower is open.

Here's the method to figure out the airspace: a tower usually sits inside Class B, C, or D surface airspace, while a non-towered field is typically surrounded by Class E or G. That's the general rule, not a guarantee.

We don't publish a verified airspace class for this field, so don't take the rule above as fact — confirm the exact class (and its dimensions) on the current VFR sectional chart or in the Chart Supplement before you fly.

Decode the frequencies

These are the radio services published for KHWO. Knowing who's on the other end — and when to use each one — is exactly what the written exam asks:

  • Approach / Departure (A/D)Approach / Departure Control — the radar facility that sequences and separates traffic arriving to and departing from the terminal area around the airport.
  • ATIS (ATIS)Automatic Terminal Information Service — a continuous recorded broadcast of current weather and field conditions at busier airports. Listen before you call, then tell the controller you have the current letter code.
  • CTAF (CTAF)Common Traffic Advisory Frequency — at a non-towered field, pilots self-announce position and intentions on this shared frequency. There is no controller; you are talking to other traffic.
  • Ground (GND)Ground Control — controls aircraft taxiing on the movement area (taxiways and ramps) between the runway and parking.
  • Tower (TWR)Tower — the air traffic controller who clears you to take off and land and sequences traffic in the surface area. Its presence is why this is a towered airport.
  • UNICOM (UNIC)UNICOM — a non-government advisory station (often the FBO) for airport advisories like the favored runway, plus services such as fuel. Frequently the same frequency as the CTAF.

Density altitude right now

Density altitude is the altitude the airplane performs as if it were at — your pressure altitude corrected for temperature. On a hot day, or at a high airport, the thinner air pushes density altitude up, which lengthens the takeoff and landing roll and weakens climb. We can calculate it live here whenever KHWO is reporting a current METAR (we need temperature and an altimeter setting).

Traffic pattern altitude

The standard traffic pattern for light aircraft is flown 1,000 ft above the field. With this field at 8 ft, that's an estimated TPA of 1,008 ft MSL.

Standard light-aircraft pattern is 1,000 ft above field elevation, but the actual TPA varies by airport — always confirm it in the FAA Chart Supplement.

Radio-out at a towered field? Watch for ATC light-gun signals: steady green = cleared to land (or cleared for takeoff on the ground), flashing green = return to land / cleared to taxi, steady red = give way / stop, flashing red = unsafe, do not land / taxi clear of the runway, flashing white = return to starting point, alternating red-and-green = exercise extreme caution.

Turn this into test points

Runways, airspace, frequencies, weather, and performance are all fair game on the FAA knowledge test. Drill the exact topics from this page:

Studying for your FAA written?

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Airport data from the public-domain OurAirports dataset; weather from the NOAA/FAA Aviation Weather Center. For information and study only — not for flight planning or navigation.