The captivating world of RC aircraft, often referred to as aeromodelling, remains a hidden gem, waiting to be discovered by adventurous spirits. Despite its undeniable allure, various factors hinder people from fully embracing this thrilling hobby. One primary obstacle is the lack of exposure to the mesmerizing experience of building and piloting remote-controlled planes. By organizing an enthralling RC aircraft workshop in the enchanting village of Dibbur, our mission was to unlock the magic of flight, empowering participants to soar into the boundless possibilities that take wing when creativity, skill, and engineering intertwine!

Breaking Financial Barriers:

Another deterrent is the perception of RC aircraft as an expensive hobby, as people often assume that delving into this world requires significant financial investment. However, our workshop sought to challenge this notion by providing participants with affordable RC aircraft kits and granting them access to necessary resources. It was essential to us that financial constraints should not hinder anyone's opportunity to explore the boundless possibilities that unfold when creativity, skill, and engineering converge in the world of RC aircraft. As part of our commitment to promoting inclusivity, the Dibbur RC Aircraft workshop was conducted freely for government school students, allowing young minds to explore the mesmerizing world of aviation without financial barriers.

It has always been our dream to make aeromodelling affordable and accessible to everyone.

From Rural Fields to High-Flying Dreams: Why We Choose Dibbur, Chikkaballapur for Aeromodelling Workshop?

Our choice of conducting the aeromodelling workshop at a Government High School in Dibbur, Chikkaballapur, located 50 km away from the north of Bangalore, was driven by the desire to empower students in rural areas with aeromodelling education. Recognizing their limited exposure to aeromodelling and prevalent misconceptions about its cost and necessity, we aimed to bridge the knowledge gap and ignite curiosity among these young minds. By providing hands-on experience in building and flying RC aircraft, we aimed to demonstrate that aviation can be accessible and affordable. Moreover, we sought to show the relevance of aviation in various industries, nurturing the understanding that it is an essential field with numerous career opportunities. Through this workshop, we not only aimed to break barriers but also to empower the students with STEM education, fostering critical thinking and creativity. Our goal was to leave a lasting impact, inspiring future aeromodellers and enthusiasts in rural areas to soar beyond limitations, embracing a world of knowledge and innovation.

From Sunup to Sundown: The Story of our Aeromodelling RC Aircraft Workshop

On July 13, 2023, our aeromodelling workshop began at 09:30 AM as we arrived at the location and swiftly prepared for an exciting day ahead.

A Day in Aeromodelling RC Aircraft Workshop:

During the aeromodelling RC aircraft workshop, our team and eight dedicated volunteers provided invaluable assistance to 65 enthusiastic students throughout the entire event. From the initial stages to the final moments, these volunteers were instrumental in guiding the students through various aspects of aeromodelling, ensuring a smooth and enriching experience.

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Aeromodelling RC Aircraft Workshop's morning session includes the following:

Unlocking Flight Secrets with Thrilling Theory Sessions of Aeromodelling RC Aircraft Workshop:

At our RC plane workshop, the theory session on the principles of flight and aeromodelling commenced at 10:00 AM and continued until 11:30 AM. Engaging the young minds, we embarked on a journey to explore the fascinating world of aeromodelling.

Aeromodelling and Its Types:

Aeromodelling is the art and science of designing, building, and flying miniature aircraft models. It encompasses various types of models, such as free flight, control line, and radio-controlled (RC) models.

Flight and Different Types of Flight:

Flight is the process of moving through the air. There are four primary types of flight:

(a) Fixed-wing flight, where aircraft generate lift through wings,

(b) Rotary-wing flight, which involves helicopters and auto gyros using rotating blades for lift,

(c) Glider flight, where aircraft sustain flight without an engine, and

(d) Vertical flight, exhibited by VTOL (Vertical Takeoff and Landing) aircraft like some drones and military jets.

Main Parts of Aircraft:

The main parts of an aircraft include the fuselage (body), wings, empennage (tail section), and landing gear. The fuselage houses the crew and passengers, while the wing provides lift and support. The empennage comprises horizontal and vertical stabilizers, and the landing gear helps with takeoff and landing. The propulsion system typically consists of engines or motors that generate thrust for forward motion.

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Aerodynamics and Its Force:

Aerodynamics is the study of how air interacts with moving objects, such as aircraft. The main aerodynamic forces are lift, weight (or gravity), thrust, and drag. Lift is generated by the wings and opposes weight, allowing an aircraft to stay airborne. Thrust, usually from engines or propellers, propels the aircraft forward, overcoming drag, which is the resistance caused by air friction.

Bernoulli's Principle:

Bernoulli's Principle states that as the speed of a fluid (such as air) increases, its pressure decreases, and vice versa. It explains how the shape of an airfoil (wing) causes the air above it to move faster, resulting in lower pressure compared to the air beneath, creating lift.

Airfoil and Its Terminologies:

An airfoil is the cross-sectional shape of a wing or blade that generates lift when moving through the air. Some essential airfoil terminologies include the leading edge (front), trailing edge (rear), chord line (straight line from leading to trailing edge), camber (curvature of the airfoil), and angle of attack (angle between the chord line and the relative wind).

Aircraft Terminologies:

In the context of aeromodelling, aircraft terminologies include pitch (nose-up or nose-down movement), roll (side-to-side movement), yaw (rotation around the vertical axis), bank (angle of aircraft about the horizon), and attitude (orientation of the aircraft in three-dimensional space).

Control Surfaces of Aircraft:

Aircraft have control surfaces that allow pilots to maneuver the plane. The primary control surfaces are the elevator (controls pitch), ailerons (control roll), and rudder (controls yaw). These surfaces work by altering the aerodynamic forces on the aircraft.

Material Selection:

Choosing suitable materials is crucial in aeromodelling. Common materials include balsa wood, foam, carbon fiber, fiberglass, and various types of adhesives. The choice of materials depends on weight, strength, durability, and ease of construction.

History and World Records of RC Aircraft:

Radio-controlled (RC) aircraft have a rich history dating back to the mid-20th century. Over the years, enthusiasts have set numerous world records, including the longest flight time, highest altitude reached, and fastest RC aircraft speed.

Basic Electronics:

Aeromodelling often involves basic electronics knowledge, particularly related to RC aircraft. Participants need to understand concepts such as batteries, motors, servos, transmitters, and receivers, which are essential components of an RC aircraft's control and power systems.

Elevate Your Experience with the All-Inclusive Aeromodelling RC Aircraft Workshop Kit:

At the heart of our aeromodelling workshop, we embarked on an unforgettable flight adventure by introducing the students to our all-inclusive RC Plane kit. Bursting with excitement, they explored the kit, which contained every material required to build their very own RC plane. From sturdy airframe components to precise electronics and control systems, the kit was a treasure trove of possibilities. Guided by our experienced instructors, the young aviators delved into the world of aeromodelling, assembling their aircraft with a sense of wonder and accomplishment. With the RC Plane kit as their wings, these students took flight on a journey of hands-on learning, creativity, and joy, all set to conquer the skies with their newfound passion for aviation.

Hands-On Learning: Students Dive into Aeromodelling RC Aircraft Workshop:

With sheer enthusiasm and determination, the students took flight in the world of aeromodelling as they embarked on building their very own RC Plane. Armed with the all-inclusive kit, the adventure began by marking the dimensions on the coroplast material provided. Guided by our skilled team, they meticulously followed instructions and referenced the detailed manual in the kit. As the morning progressed, their efforts took shape, and by the afternoon, they proudly completed the making of the wing, fuselage, and tail section. The workshop buzzed with excitement as these young aeromodellers saw their dreams come to life, building a representation of their passion for flight. With every piece in place, they were one step closer to launching their RC Plane into the open skies and embracing the thrill of controlled flight.

Aeromodelling RC Aircraft Workshop's afternoon session includes the following:

Unlocking Potential: Students Master RC Plane Assembly in Aeromodelling RC Aircraft Workshop:

In the afternoon session of our aeromodelling workshop, the young aeromodellers took their RC plane construction to new heights. Guided by our expert team, they mounted motors and servos on the wings and fuselage with unwavering focus and enthusiasm. Carefully connecting the electronics that powered their RC plane, they displayed remarkable problem-solving skills and attention to detail. As each electronic component found its place, the workshop atmosphere brimmed with accomplishment, fostering teamwork and communication skills among the participants.

With the motors and servos securely in place and the electronics intricately wired, the students eagerly awaited their RC planes coming to life. Their excitement grew palpable, and they understood the interplay of components that allow an RC plane to soar gracefully through the skies. The young aeromodellers took immense pride in the craftsmanship and dedication they had poured into every step of the process.

From Theory to Practice: Testing and Flying in Our Aeromodelling RC Aircraft Workshop

The climactic moment arrived at the end of our aeromodelling workshop as the young aeromodellers prepared to test and fly their meticulously crafted RC planes. The workshop area buzzed with excitement and anticipation, eager to witness the fruits of their labor take to the skies. Each participant carefully performed pre-flight checks, ensuring every component was in perfect alignment. With experienced instructors providing guidance, they stood ready for their maiden flights. As the RC planes took off, the atmosphere filled with awe and wonder as the young aviators skillfully maneuvered their aircraft, showcasing their newfound understanding of flight principles. The joy and thrill on their faces were undeniable as they saw their dreams materialize, conquering the skies with passion and determination. The testing and flying part at the end of the workshop marked a defining moment, where these aspiring aeromodellers not only experienced the magic of flight but also realized their potential to soar beyond limits, fueled by the knowledge and inspiration gained throughout the workshop.

Participant's Feedback on Aeromodelling RC Aircraft Workshop:

The feedback from the young participants after the aeromodelling workshop was nothing short of inspiring. They expressed sheer exhilaration and pride in building and flying their own RC aircraft, an experience that surpassed their expectations. The workshop fostered teamwork, ignited curiosity, and empowered them with newfound confidence in tackling challenges. Many shared how the experience had fueled their passion for aeromodelling and STEM, opening doors to future career aspirations. From soaring on cloud nine to embracing failure as a stepping stone to success, the workshop left an indelible mark on their young minds, preparing them to conquer the skies with zeal and knowledge.

REACH US:

• Mail: contact@aerogo.live
• Contact No.: +91 7019303830
• Address: 2nd Floor, COE, PGDM Block, Nitte Meenakshi Institute of Technology, Bangalore-560064.