How to Land an RC Airplane on Water

Flap Fliers
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4 Video Views·Sep 20, 2024
In this video we go in to what it takes to land an RC airplane on water and take off! Typical airplanes that can land on water are one of 2 different types. A float plane consists of floats that attached to the airplane. A seaplane is an airplane where the fuselage is made to resemble that of a boat. The fuselage is designed to act as a hull.
Hello my name is Ryan. Welcome back to another video. Today we are going to be covering how to
land an RC float plane or seaplane on the water. Let's get started. First thing we must do is get
our airplane out there onto the water and in position. Position the plane into the wind.
The plane will naturally want to weather vane into the wind. Once in position you will want to pull
up on the elevator stick to provide full up elevator. Next step is to advance the throttle
smoothly but relatively quickly to 100 percent. As the plane begins to jump out of the water
you will begin to release some of the up elevator. When the floats are completely on step
and planing on top of the water only a small amount of up elevator is required.
Hold this position until the plane naturally flies off the water. You want to start your
landing approach with a downwind leg. Here this will be from right to left. Next you will turn
left onto the base leg of the approach. Lastly you will turn left for final approach. Although
it is completely possible to land most brushless foam float planes and seaplanes off power,
I highly recommend learning to land all powered RC airplanes under power. Allow the airplane to
descend at its natural descent rate with minimal throttle settings. Once you are a few feet from
the water use a combination of up elevator and throttle to decrease the descent rate to allow
for a smooth landing. For the next two passes in this video the video will play without pause.
This takeoff is an exaggerated case to demonstrate what happens if you do not release up elevator as
you approach takeoff speeds. If your plane has enough power you will be able to pull out at this
angle without problem. However if you do not have the power for a steep climb out simply feed some
down elevator in to drop the nose for a climb out at a more reasonable angle. In the landing approach
we apply the same sequence. Find the descent rate that works for you depending on how much distance
you must cover until you touch the water. As you approach the water at less than a few feet apply
a minimal amount of throttle while using up elevator to slow the descent rate and land the
smoothly. You do not want to stall the airplane onto the water.
Just keep in mind that not every landing is going to be consistent and perfect every time.
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so I can see you in that next video. Thank you for watching.
