Point Hope Airport

PAPO / PHO

Point Hope, US

Last Updated
Sep 17, 00:56 UTC

Current Weather

Display Units
Last Updated
00:56Z
🌙 Night
MVFR
Flight Rules
4°C
Temperature
Dewpoint: 2°C
19kt
10°
10 SM
Visibility
1,200ft
Ceiling
Above Ground Level
29.86
QNH (inHg)
Altimeter Setting

Raw METAR

METAR PAPO 170056Z AUTO 01019KT 10SM OVC012 04/02 A2986 RMK AO2 SLPNO T00440017

Clouds - Visual Profile

12,000ft
9,000ft
6,000ft
3,000ft
Ground
Field Elev: 12ft
OVC 1,200ft AGL
☁️
OVC
Overcast (8/8 sky coverage)
1,200ft
AGL (Above Ground)
1,212ft AMSL

Altimeter Settings & Pressure Information

QNH
29.86 inHg
Sea Level Pressure
For altitude above MSL
QFE
29.85 inHg
Field Pressure
Height above aerodrome (12 ft)
Pressure Alt
72 ft
QNE Reference
Standard: 29.92 inHg
Density Altitude: -1,245 ft
ISA Deviation: -11.0°C

24-Hour Weather Evolution

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Data Sources
  • • Current conditions from METAR observations
  • • Historical data from past 24 hours
  • • No forecast or predicted data included
  • • Data updated with each new METAR report
Chart Features
  • • Hover for exact values and timestamps
  • • Click legend items to toggle data series
  • • Zoom and pan for detailed analysis
  • • Units automatically converted to preferences
Note: Future values beyond current TAF validity are estimates based on climatological data and trends. Always verify with current forecasts before flight operations.

Airport Runway Layout

N
APO
01 ✈️
19

Runway Information

Runway Length Width Surface Heading Wind Component
✈️ 01/19
Active: 01
4,000 ft 75 ft ASPH-F 22°
↑ 19.0kt ↔ 0.0kt
0° angle
🟢 Active Runway: Best headwind component for current conditions
⬆️ Headwind: Favorable wind component
↔️ Crosswind: ≤10kt Safe, 11-15kt Caution, >15kt Challenging

Point Hope Airport - Airport Information

Airport Details

ICAO Code: PAPO
IATA Code: PHO
Type: small airport
Status: active
Elevation: 12 ft MSL

Location

City: Point Hope
Country: US
Latitude: 68.348801°
Longitude: -166.798996°
Time Zone: Etc/GMT11

Runway Information

Runway 01/19
Length: 4,000 ft
Width: 75 ft
Surface: ASPH-F
ILS: No

Aeronautical Information Publication (AIP)

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AIP - United States

Official AIP for United States via US FAA (Free)

Managed by: US FAA

Access Information: Freely accessible online
Access details: Public

Alternative Resources:

Resources for Pilots

Weather Data

Current conditions and forecasts

• Real-time METAR reports
• Extended TAF forecasts
• Flight rules assessment
Charts & Navigation

Essential aviation charts

• Visual approach charts
• Instrument procedures
• Airport diagrams
Operations

Airport operational data

• Operating hours: 24/7
• Ground handling available
• Fuel services available
Performance Calculator

Calculate takeoff and landing distances

• Runway suitability assessment
• Real weather conditions
• Safety margin analysis
Calculate Performance

About Point Hope Airport

Point Hope Airport (PAPO/PHO) is a general aviation airport and airfield located in Point Hope, US. The facility operates at an elevation of 12 feet above sea level and primarily serves private aircraft, flight training, and general aviation activities.

The facility features 1 runway (01/19) with ASPH-F surface . Weather services provide regular METAR reports and TAF forecasts to ensure safe flight operations in all conditions.

Pilots can access comprehensive weather data, including current conditions, extended forecasts, and flight rules analysis. The airport information displayed here includes runway details, operational data, and essential resources for flight planning and execution. All weather data is updated regularly to provide the most current information for aviation decision-making.

Data Sources & Accuracy: Airport information sourced from OurAirports.com, a collaborative database of worldwide airport data. Weather data from official aviation weather services including NOAA Aviation Weather Center and international METAR/TAF providers. Information is updated regularly but pilots should always verify current conditions and NOTAMs through official channels before flight operations.