
The Challenger radio control model sailboat is fun and easy to sail right
out of the box. At the same time, it is highly competitive and challenging
for the experienced sailor to race.
It arrives fully built, from the same very high quality materials as a world
class America's Cup racing yacht, with a carbon fiber and Kevlar hull and
Mylar, stainless steel, aluminum and titanium fittings. The Challenger is a
large sailboat standing over nine feet (275cm) tall on its keel yet it packs
easily into an eleven inch (28cm) high aluminum carrying case. It comes
complete with everything needed to sail including batteries, charger, RC
radio, stand and high quality container which is strong enough to be shipped
or checked on board the airlines. Because of its size, the boat has the look and
feel of a large racing yacht. Radio control (RC) model sailing is a wonderful activity
for companionship.
Friends, parents, grandparents and children, can enjoy hours of fun together with one or two of these beautiful and elegant models. It is a unique gift for the person who has everything and an impressive corporate gift as well. Special controls are also available for sailors with physical challenges so they can experience the joy of boating or racing at water’s edge. If you love sailing, or just want to learn, this is the ultimate radio control boat. The hull is made in Germany and the mast, sails and rigging made in the USA. The German three stick long range RC radio transmitter controls the mainsail, jib and rudder separately and it is possible to add up to 18 additional channels. This sailboat is perfect for a city pond, a harbor or the open ocean.
It can easily be carried by hand, in a car or on a private yacht. Because of the constant changes of weather, wind and water, model sailing is always interesting and entertaining each time. The Challenger boat is built to be at home in these natural elements and convert them to speed, energy and fun. It is incredibly strong, built to last and give pleasure for many generations to come.



