A67

VFR

HARLEQUIN LAKE

YAKUTAT · ALASKA

Elev
113'
Longest RWY
2,100'05/23
Tower
None
Status
Uncontrolled
Now--Z· METAR15:53Z
© Esri
Runways rendered from FAA survey · not for navExpand →
Before you fly into A67
Conditions
VFR
Good for visual flying
Airport
Non-towered
Self-announce on CTAF
Pattern alt
1,113'
MSL · field 113' + 1,000 AGL
Favored RWY
Calm
No wind component

METAR & TAF A67

A67 does not publish a METAR.

Showing the nearest reporting station: PAYA (YAKUTAT) · 19.8 NM away. Conditions at A67 may differ.

METAR · PAYA

Observed 15:53Z

PAYA 131553Z AUTO 00000KT 10SM SCT039 OVC060 07/06 A2974 RMK AO2 RAE40 SLP070 P0000 T00720061 TSNO $
Wind
000° @ 0 kt
Visibility
10 SM
Temp / Dew
7°C / 6°C
Altimeter
29.74 inHg
Clouds
OVC
Density alt
-597 ft
Ceiling
6,000 ft AGL
Rules
VFR

Airport info & contacts

Manager on record, flight service, ARTCC, attendance schedule and pattern altitude — published by the FAA and refreshed every 28 days.

Location

From city
19 NM E
VFR sectional
JUNEAU
ARTCC
ZAN · ANCHORAGE
NOTAM facility
JNU (NOTAM-D)

Airport manager

Name
LEE BENSON
Address
USFS YAKUTAT RANGER DISTRICT, PO BOX 327, YAKUTAT AK 99689

Flight service · Hours

FSS JNU
JUNEAU907-586-73801-866-297-2236
Attendance
  • Unattended

Frequencies

Tap any row to copy the frequency to your clipboard.

Advisory / CTAF

Runways & pattern

Full page

Runway & wind

tap a runway
Calm
RWY 05
043°M
Head/Tail
+0 kt
Crosswind
0 kt L

Pattern entry · RWY 05

LEFT TRAFFIC
CrosswindCrosswindDownwindDownwindBaseBaseFinalFinal45° entry45° entryRWY 05 · 043° · LEFT TRAFFICPattern 1,113 ft MSL
RunwayHeading (°M)LengthSurfaceTraffic
05/2343° / 223°2,100 ftTURFStandard L

Runway end performance

EndTORATODAASDALDAVGSIApproach lightsObstruction
0530', tree, 0' from thr, 87' R of cntrln, slope 0
2366', tree, 0' from thr, 70' R of cntrln, slope 0

Declared distances in feet. TORA = takeoff run available, TODA = takeoff distance, ASDA = accelerate-stop, LDA = landing distance.

Airport sketch

Runways drawn to scale from FAA survey coordinates, rendered over live satellite imagery. Not for navigation.

© Esri

Approaches & charts

Chart Supplement
A67 · CHART_SUPP
Can’t preview this PDF inline. Open it →

Services on the field

Fuel grades, oxygen, maintenance, ramp storage and lighting — as declared to the FAA by the airport operator.

Fuel & services

Fuel
Not available

Ramp & ground

Transient storage
  • Not published
Landing fee
No fee published
Customs
Not available
Wind indicator
Yes
Segmented circle
No

Fuel & FBOs

Cheapest 100LL and Jet A on the field and nearby. Always confirm with the FBO before taxi.

Airport notes

Surface conditions, obstructions, local procedures, lighting outages and other notes published with each FAA cycle.

General notes

  • Off-road vehicles are on and in the vicinity of the runway.Show FAA
  • There are 70-foot trees within 50 feet of the centerline on both sides.Show FAA

Approach & departure obstructions

  • 23Runway 23 has yellow pipes.Show FAA
  • 05Runway 05 has yellow pipes.Show FAA

Other notes

  • The airport was established prior to 1959.Show FAA
  • 05/23The runway surface thickness is 3 to 6 inches.Show FAA

VFR map & nearby airports

VFR sectional. Tap any ICAO chip to open that airport.

Key facts · A67

Answer card
ICAO
A67
Name
HARLEQUIN LAKE
Location
YAKUTAT, ALASKA
Elevation
113 ft MSL
Traffic pattern altitude
1,113 ft MSL (1,000 AGL)
Control tower
Non-towered (use CTAF)
Total runways
1
Longest runway
05/23 · 2,100 ft
Published ILS approaches
0
Published frequencies
1
Magnetic variation
28°
Current flight rules
VFR
Current wind
000° at 0 kt
Favored runway now

Harlequin Lake Airport (A67) sits near Yakutat, Alaska. The field elevation is 113 ft MSL. It has one runway. Runway 05/23 is 2,100 ft of turf, so plan for soft-field performance and a careful look at braking and rollout. No control tower is published. CTAF is 122.9.

No ILS approaches are published here. The pattern altitude is not published, so use the current FAA Chart Supplement before you go. The airport sits in a wooded area with 70-foot trees close to both sides of the centerline. That matters on short final and during go-arounds. Published remarks also note off-road vehicles on and near the runway. Expect to clear the surface first. Runway 05 and Runway 23 both have yellow pipes. The runway surface thickness is listed as 3 to 6 inches.

There are no on-field FBOs listed, so fuel and services need to be confirmed with the airport operator or by calling ahead. For a first-time arrival, treat this as a small, uncontrolled turf strip with local hazards near the pavement edge. Check the current Chart Supplement for any airport-specific notes before departure.

Frequently asked questions

What is the runway at Harlequin Lake Airport (A67)?
A67 has one runway, 05/23. It is 2,100 ft long and surfaced with turf.
Is there a tower at Harlequin Lake Airport?
No tower is published for A67. Use CTAF 122.9 and standard non-towered traffic procedures.
Does A67 have an ILS approach?
No ILS approaches are published for Harlequin Lake Airport. Check the current FAA Chart Supplement for the latest approach picture before you fly.
What is the field elevation at A67?
The field elevation is 113 ft MSL. That is low elevation, but the turf surface and nearby trees still make the approach and rollout worth planning carefully.
What is the pattern altitude at Harlequin Lake Airport?
Pattern altitude is not published in the facts provided. Use the current FAA Chart Supplement before arrival.
Are there any hazards on or near the runway at A67?
Yes. Published remarks say off-road vehicles are on and near the runway. They also note 70-foot trees within 50 feet of the centerline on both sides.
Are there any on-field FBOs at Harlequin Lake Airport?
No on-field FBOs are listed. Contact the airport operator directly before arrival, or call the field on CTAF for current service availability.
What should a first-time pilot know before landing at A67?
Expect a short turf strip with trees close to the runway and vehicle activity near the surface. The runway also has yellow pipes at both ends, so a careful stabilized approach and a good taxi scan matter.

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