| Name |
Ascutney South, The South Launch |
| Location |
Mount
Ascutney State Park in Ascutney,
Vermont. |
| General Description |
Good bowl soaring, good thermal flying, and some cross
country flying.
The topological
map shows how the mountain stands alone.
|
| Requirements |
H3 with windy cliff launch signoff. P3. Any
pilot launching here for the first time must be accompanied by another
experienced pilot that has flown here before.
Pilot is a Vermont Hang Gliding Association Member and has signed the
site waiver. Pilot must follow state
rules.
All access to the park during the off-season must be made through an Ascutney
Apostle.
|
|
Launching |
| Launches |
Altitude is 2850 feet above mean sea level (MSL).
The launch is a manmade rock mound toped with soil. A large
setup area accommodates up to 15 hang gliders. Please keep a path
open from the setup area to the launch.
|
| Wind |
Launch works best with S winds, but is fine with calm to
moderate SE through SW winds. |
| Restrictions |
Pilot must be a Vermont Hang Gliding Association Member.
The pilot must file a signed site waiver
with the state. This is usually done by the Vermont Hang Gliding
Association when the pilot becomes a member.
The pilot must sign in with the park rangers at the park entrance
before flying on any given day. The formal purpose of the sign-in
procedure is to insure only authorized pilots launch from the mountain
and the daily roster could be used to account for all pilots launching
on any given day. Informally, the sign in is a fun part of any
flying day. Pilots usually meet at the entrance to carpool up the
mountain and spend too much time socializing with the friendly park
rangers!
A wire crew is required on all but calm days.
The toll road up the mountain closes at dusk and the rangers don't
want any vehicles left on the mountain overnight. If you plan to
fly to far away places, you should also plan to have someone drive your
vehicle down the mountain and park it across the road from the
entrance. Remember, it takes time to travel up and down the road,
so allow plenty of time to retrieve your vehicle. |
| Driving Directions |
Drive to the park entrance. Pay a small toll at the park
entrance, sign in, and then drive up the mountain until the road
terminates in the upper parking lot. Walk back down the road a
short distance and take the first trail to the right (south).
Continue along the trail until you come to a clearing.
|
| Hazards |
Since the launch is a naturalistic rock mound with uneven
surfaces, be careful where you step. The rock mound is wide at the
back but narrows and slopes down towards the front. The mound
provides a good flow of air below both wings.
The launch is at the top center of a bowl that naturally funnels the
wind and thermals into launch. Thermal turbulence can be
unexpectedly strong at times. Since the launch is at the top of
the bowl, any crossing wind will likely blown thermals across
launch. This can cause uneven forces on the glider during launch.
Many hikers also visit the scenic spot we call a launch. Be
courteous and watch out for spectators that might not know to duck at
the appropriate time. Ask spectators to clear the rock mound and
the area immediately below launch before approaching with your
glider. Be prepared to answer many questions!
The hike in is not for the weak or faint-hearted. The trail is
mostly level, but does has several mild descents and climbs, rocks
scrambles, and clustered trees. It is any easy hike ... without
gear. Most pilots hike in once with all their gear, other pilots
make two trips, once with the glider and then again with their harness,
and yet other pilots pair up and make two trips with a person on both
ends of the glider. The hike is not bad after a little
"conditioning", but the first few hikes of the season can be
long! Some of the more experienced pilots view the hike as a way
of putting the world behind them, a pathway to "flying
mode".
Porcupines like to chew on tires. If you leave your vehicle on
the mountain overnight, you might have chunks of rubber (and air)
missing from your tires when you return the next morning.
|
|
Flying |
| Type of Flying |
Good bowl soaring and good thermal flying.
The south side of Ascutney Mountain forms a bowl that collects the
wind and thermals. The sides of the bowl, the arms, provide good
collection points on days when the wind is either southeast or
southwest. On calm days the mountain forms a natural convergence
zone at its peak. Therefore, the mountain is truly soarable in a
wide range of conditions.
|
| Restrictions |
|
| Hazards |
Keep clear of the radio and television towers directly
back of launch and at the top of the mountain. Although they are
good thermal triggers, there are guide wires and significant radiation
emanating from these towers that pilots should avoid. The tower
near launch is a reliable trigger point, however as bad luck would have
it, the tower near launch has a very wide base of guide wires and most
thermal activity tends to flow into the area with wires.
The sides of the bowl, the arms, can greatly disturb the airflow on
crossing southeast or southwest days. |
|
Landing |
| Landing Zones (LZs) |
There is one official landing zone, LZ, for this site
called the "Scuba Field". |
| Driving Directions |
As you leave the park entrance, turn right and head south
along "Back Mountain Road". Turn right at the traffic
light and head west on Route 131. Look for a sign for a
"Scuba Shop" on the right side of the road as you circle
around the southern face of the mountain. |
| Restrictions |
The LZ presents many small challenges that can quickly
overwhelm a pilot not thinking ahead. The LZ is surrounded by
large trees and its terrain is uneven. The LZ has a rock wall,
several streams, an off-limits blueberry patch, and various items that
can attract pilots with target fixation. Pay attention to the
windsock, as 180 degree wind shifts are not uncommon.
Stay out of the blueberry patch at the southeast corner of the
field. (The stakes and wire are uninviting anyway!) |
| Hazards |
As with most mountain sites, catabatic flows at the end of
the day can cause the wind direction in the LZs to change from the
prominent soaring direction. |