WinPilot PRO
Borgelt
B50 with its Digital Data Output, combined with one of WinPilot
compatible loggers,
or Westerboer VW921/922
and Windows CE device running WinPilot PRO software
create a very powerful
platform on which any option found in today's flight computers,
and many new ones can be implemented.
Below: PRO's 3D Climb Maximizer Page - helps to decide which way to move
to
maximize climb, and when to leave thermal.
WinPilot PRO has access to
variometer data, which it receives every second. This allows implementation of cool
features like the Climb Maximizer Page (see below). This page gets automatically
activated when the glider starts circling. When circling stops, the program
automatically switches back to the moving map screen. In addition to the
visual input, the Climb Maximizer also provides audio data when the glider
approaches direction of the desired move. Upon hearing the tone, pilot should temporarily
decrease angle of bank.
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In this example glider is circling left.
The symbol of the plane at the bottom is stationary, the thermal strength diagram
rotates above it.
Note vector pointing to where the center of the circle should be moved to maximize lift.When
the vector approaches the straight line pointing to the right (or when the
vector points in the same direction that the glider below), the bank angle
should be decreased.
The upper window shows the history of average climb in this thermal, along with the
current McCready setting, average climb in this entire thermal, and average climb since
start. Climb units can be switched between m/s and kts. |
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Weak, turbulent thermal, glider circling right.
The correction vector approaches the same direction that the glider is
pointing to, therefore the pilot should temporarily decrease bank angle to
move to the center of the lift. |
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Map screen showing the Real-time Head Wind / Tail Wind component
(white arrow),
and Vector Wind (black arrow)
The length of the arrows is proportional to the strength of the wind. On the left:
Final Glide Graphical Display. Current McCready setting: 0.0, 2040 above
glide slope. Each bar represents 5% of the altitude required to make the goal.
Push-Pull (Speed-To-Fly) Indicator (in this case it is showing that the
current speed is too fast).
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WinPilot PRO also adds calculation of Composite Wind,
which is especially useful for situations where long portions of flight are made
without circling. When glider is flying straight for 30 seconds or more, an
average of headwind (or tailwind) on that heading is calculated, and used to
update the portion of Vector Wind that is parallel to that heading.
Another feature of WinPilot PRO (and Std) is a 3D Wind Display that is described
here.
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