![]() There is, however, an advantage to flying the model in a direction that’s optimized for human physiology. There’s no efficiency benefit to flying one direction or the other since the models are symmetrical. Glide circle direction is being hotly debated in SO circles. You have to operate on the ragged edge to get that slow floating glide, and that makes the models extremely unforgiving. ![]() Low ceiling gliders can be very frustrating, but they are also very rewarding. This enables you to split the flaps at the wingtips, allowing improved performance in some cases, and improve glide transitions in most cases. If you purchased a Protege after 20 December 2019, it contains Vector Foam flaps which can be rigidly attached using CA glue. These flaps are exceptionally durable and have greatly improved the building utility of this kit. Use regular CA for the flaps, and do not sand them. ![]() Update: Protege kits purchased after 20 December 2018 no longer require special glues or sanding for the flaps. While these kits are one option for competition, you can also use the build videos for these models as a resource for building your own models for Science Olympiad or more broadly, indoor free flight contests in general. We have released three kits now which are eligible for 2018/2019 Science Olympiad competitions, the Protege, intended for Elastic Launched Glider (Division B), the Carbonette 12 SO, intended for high ceiling Elastic Launched Glider contests, and the Senior Flyer, intended for Wright Stuff (Division C).
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