Drone piloting and filming
AYBERK BLOG
Drones: Rising Technology and New Horizons in the Sky
Written by: Ayberk Korkmaz – Electrical & Electronics Engineer | RF & Broadcast Technologies Expert | TB7AEK
If you live a life immersed in technology, it’s nearly impossible not to notice the buzzing drones overhead.
What once started as a hobbyist’s gadget has now evolved into a transformative tool across various industries—from broadcasting and mapping to security and search & rescue.
As an engineer with hands-on field experience, I’ve been closely following the evolution of this airborne technology.
A Drone Through the Eyes of an Engineer
A drone is essentially a mobile sensor platform—like a miniature flying lab equipped with:
IMU (Inertial Measurement Unit) – Measures movement and orientation.
GPS Module – Provides precise positioning and navigation.
ESC (Electronic Speed Controller) – Controls motor speeds for flight stability.
FPV Systems – Enables real-time video transmission.
RF Communication – Supports long-range control and telemetry (a particularly fun part for amateur radio operators like me!).
All these components must operate in perfect harmony. The precision achieved through PID control algorithms is particularly fascinating from an engineering standpoint.
Drones in Broadcasting
As the owner of an FM radio station, I’ve seen firsthand how visual content is becoming increasingly important in broadcasting.
Aerial footage captured with drones adds a professional touch to promotional videos, social media content, and station branding.
More importantly, drones allow for remote visual inspection of transmitter towers in rural areas—capturing high-quality footage without ever leaving the ground.
Integration with RF Technology
In drone systems, 2.4 GHz and 5.8 GHz bands are commonly used for digital video transmission—an exciting domain for anyone with an RF background.
Low-latency live video feeds and telemetry links, when integrated with SDR (Software Defined Radio) technologies, open up even more possibilities.
Occasionally, interference may occur between telemetry systems and amateur radio frequencies. In such cases, frequency planning and harmonic analysis become essential—right up my alley!
The Future of Drone Technology
Today, drones are not just recreational gadgets; they’ve become key tools in agriculture, logistics, public safety, telecommunications, and scientific observation.
With AI-powered flight algorithms, autonomous navigation, and real-time image processing, drone technology is advancing rapidly.
I closely follow these trends, explore open-source firmware platforms, and conduct regular test flights to push boundaries.
Final Thoughts
Drones aren’t just “flying cameras”—they represent a unique convergence of engineering, RF systems, image processing, and system integration.
As an engineer, amateur radio operator, and broadcaster, I find it incredibly exciting to explore both the technical and practical sides of this technology.
In upcoming posts, I plan to share detailed insights into the drone systems I use, custom modifications, frequency analysis, and field experiences.
📡 Just like frequencies, the skies are also our domain. Stay tuned!
🎙️ Ayberk Korkmaz – TB7AEK
www.ayberkkorkmaz.com
