In this step, I made a list of potential options for the wing and control surface design for effectivity and based on my mission priorities, selected the fixed leading edge slats, trailing edge junker ailerons and a high wing design.

High LIft Capacity Payload Carrying RC Plane : The Design Philosophy was centric on few main factors namely •Generate Maximum Lift Force •Minimize drag effects •Adequate Vertical, Longitudinal and DirectionalStability •Achieve the optimal structural strength while •Minimize the …

May 10, 2018 · Designing and manufacturing a well-designed heavy lift aircraft and competing with other groups will give experience in solving engineering problems. The Aerodynamics team is currently focusing on score optimization, aircraft performance and configuration.

Mar 11, 2009 · Since Lennon's "Basics of R/C Model Aircraft Design" is exactly to the point and probably the most suited to the hobby aerodynamicists among us modelers, I'll suggest it as an excellent source of information on the subject.

May 8, 2003 · I am currently designing an aircraft to enter the BMFA heavy lift challenge comp and need to predict it maximum payload it will be able to carry. The model spec is thus:

Mar 18, 2015 · Now, I did a hybrid KFM/real airfoil wing. I taped over the steps so that the airflow sees a fairly good approximation of a "real" airfoil. It's a 15% t/c ratio with 5.6 oz per sq ft wing …

Jan 12, 2021 · I looking for advice regarding components and wing parameters for a fixed-wing cargo plane that is capable to lift 13-22 lbs (6-10 kg) payload and fly with it 24 mi (40 km) to the drop point and return back home.

Mar 29, 2019 · The SAE Aero Design West Competition challenges undergraduate students to design, build, and fly (DBF) an RC aircraft with maximum passengers and luggage possible. Power is limited to 1,000 W, maximum takeoff weight …

Full-scale aircraft accomplish this by using a variety of high-lift devices, including flaps on the trailing edge of the wing, and various modifications, (both fixed and moveable) to the leading edge of the wing.

Eaglenautic's mission is to provide students an opportunity to design, build, simulate, and fly heavy-lift RC ("radio-controlled") aircraft to compete in the Society of Automotive Engineer's (SAE) annual Aero Design Challenge.