FlyFren
VFR
XS63
MONAHAN HELICOPTER SERVICE
BULVERDE, TX
Elevation
1,082 ft
Control
Uncontrolled
Plan flight to XS63
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About
Weather
Frequencies
Runways
Procedures
NOTAMs
Services
Nearby
05
Questions
01
Where is Monahan Helicopter Service (XS63) located?
Monahan Helicopter Service is located in Bulverde, TX.
02
Is Monahan Helicopter Service a public or private airport?
Monahan Helicopter Service (XS63) is a private-use airport, so prior permission from the owner is required before landing.
03
What is the field elevation at Monahan Helicopter Service?
Monahan Helicopter Service sits at 1,082 feet above mean sea level.
04
Does Monahan Helicopter Service have an instrument approach?
No, Monahan Helicopter Service has no published instrument approach procedures; it is used under visual flight rules.
05
Does Monahan Helicopter Service have an air traffic control tower?
No, Monahan Helicopter Service (XS63) is a non-towered airport; pilots self-announce on the CTAF.
Current Conditions
VFR
Visual Flight Rules
Wind
--
Steady
Visibility
10sm+
Surface Vis
Temp / Dew
--° / --°
Spread --°
Altimeter
--
Pressure
Sky Conditions
SKC
Clear
Hazards & Advisories
No active advisories within 50nm
Pilot Reports
Within 50nm
No recent pilot reports within 50nm.
Helipads
1
H1
No active NOTAMs
Directory
00 entities
No registered on-field services
Registry
FAA-V-2026.02
Coverage
On-Field Only
FlyFren Technical Directory
Regional Proximity
10 facilities
1T8
Uncontrolled
0
NM
BULVERDE AIRPARK
SAN ANTONIO, TX
86TX
Uncontrolled
4
NM
FLYING J
BULVERDE, TX
9TX5
Uncontrolled
4
NM
CAMP BULLIS ALS (CALS)
SAN ANTONIO, TX
1T7
Uncontrolled
5
NM
KESTREL AIRPARK
SAN ANTONIO, TX
TE59
Uncontrolled
5
NM
HOLLER
BULVERDE, TX
41XA
Uncontrolled
6
NM
HOLLOW OAK RANCH
SPRING BRANCH, TX
64TX
Uncontrolled
7
NM
NORTH CENTRAL BAPTIST HOSPITAL
SAN ANTONIO, TX
9R7
Uncontrolled
8
NM
CAMP BULLIS
SAN ANTONIO, TX
TS55
Uncontrolled
9
NM
BAT CAVE FLD
GARDEN RIDGE, TX
T94
Uncontrolled
10
NM
TWIN-OAKS
SAN ANTONIO, TX
Search Radius
50 NM
Data Source
FAA NASR
Distances calculated via haversine great-circle formula