Personal project · Before high school

RC Plane

My first RC aircraft build, from selecting a repairable foam kit to getting it into the air at a local park.

WhenSummer 2024 · Rising freshman
My roleKit selection · Assembly · Flight testing
StatusFlown · Crash landing
Ruben’s first foam RC plane during construction
Original project photograph

The goal

Assemble and fly my first repairable RC aircraft.

My work

Kit selection, assembly, electronics repairs, and flight testing.

Hardest problem

Structural assembly errors, a damaged servo, and connector compatibility.

Result so far

The aircraft flew at the park; the flight ended in a crash landing.

The project.

In the summer before freshman year, I chose an FT Spitfire kit for my first RC aircraft because its foam construction could be repaired after mistakes. Building it required structural corrections, a replacement wing servo, and a search for compatible connectors. I flew the completed plane around my park before a crash landing.

Kit-built RC plane

A foam FT Spitfire with integrated electronics.

Airborne at the park

The flight ended in a crash landing.

Engineering decisions

How it came together.

Choose a first aircraft I could repair

I wanted a manageable build that could survive a learning process. A repairable foam aircraft let me work through construction and flying without needing an entirely new airframe after every mistake. I funded the project by repairing and selling an old RC car.

Assembly became a series of repairs

I corrected an electronics enclosure that I had folded too wide, cut open the wing to replace a damaged servo, and separated a wing I had accidentally glued to the body. Finding the right small connectors also delayed the build. Each fix required understanding how the structure and electronics were supposed to fit together.

The flight was part of the project

The completed plane flew around my park and then crash-landed. Getting the aircraft airborne was a real outcome, while the landing exposed the next stage of learning: more consistent piloting and flight testing.

Conceptual plane diagram showing lift, weight, thrust and drag.
A conceptual force diagram, rather than a rendering of my aircraft.

Development process

What changed along the way.

Construction

Correct the airframe and electronics

Work through the enclosure, wing, servo, and connector problems to complete the aircraft.

Flight

Take the build into the air

Fly the aircraft at the park, ending with a crash landing and a clear need for more piloting practice.

Project photographs

A look at the build.

Explore the hardware, design views, and development stages.

Skills developed

Foam airframe assemblyRC electronicsServo replacementComponent compatibilityFlight testing

Project demonstration

Original project recordingOpen original video ↗