Keeping the Skies Safe: Affordable Aviation Safety Gear for Every Pilot

When you’re up in the air, safety isn’t just a bonus—it’s a necessity. I’m driven by a simple mission: I want every flight to be as safe as possible. Whether it’s preventing a near miss or ensuring that someone I love stays out of harm’s way, I believe that the extra care we put into our gear can save lives. That’s why I’ve dedicated my work to offering these systems at a price that keeps pilots and aviation enthusiasts safe without breaking the bank.

Why I Sell This Equipment

Flying demands vigilance, and I’ve seen too many close calls to stand by. I sell these devices not as a profit-making venture, but as a service to the aviation community. I don’t need to earn hundreds of dollars per sale—my goal is simple: to provide reliable, cost-effective solutions that help keep pilots aware and safe in the skies. Every unit sold represents a commitment to reducing the risk of in-air mishaps, because if one system prevents a collision or a near miss, it’s money well spent.

What Does It Cost to Build Your Own System?

For those curious about building your own aviation safety receiver, here’s a look at the current prices for the key components:

• Nooelec 1090ES & UAT (Radios and High Gain Antennas): $76
• Summitlink Case: $14
• Raspberry Pi 3B+: $48
• AHRS Module: $40
• GPS Module: $20
• Battery and Cable: $25
• SD Card: $10

Total Cost: Approximately $233

This breakdown shows that with affordable parts—some of which I purchase in bulk directly from the factory—it’s possible to build a system that doesn’t compromise on performance or safety.

How I Can Offer a Better Price

I’m not in this to make big profits. By sourcing quality parts at competitive rates and even custom-designing my own SDRs to meet my specifications, I can offer this system at a lower price than many commercial alternatives. Every sale is a way to give back to the community and help ensure that pilots have access to dependable safety equipment without exorbitant costs.

Reliability You Can Trust

My design has been in use since 2021, a time when supply challenges meant that many companies struggled to deliver. Since then, I’ve sold hundreds of these systems, and the feedback has been overwhelmingly positive. The reliability of the design isn’t just a claim—it’s backed by years of real-world use and hundreds of satisfied customers. When you fly with one of these systems, you’re not just buying a piece of hardware; you’re investing in a proven safety record.

Why a Fan Isn’t Necessary

Some may wonder about thermal management, especially with a device built around the Raspberry Pi. Here’s the simple answer: fans aren’t needed. The Raspberry Pi 3B+ comes with built-in thermal protection that automatically throttles the CPU if temperatures rise too high. This means the system remains safe even under extended use, as the Stratux program (which drives the device’s functionality) uses minimal processing power. The maximum operating temperature for a Raspberry Pi is around 85°C (185°F), and thanks to its smart thermal controls, there’s no risk of overheating that would justify an added fan.

Thermal Throttling Explained:
When the Raspberry Pi detects high temperatures, it automatically reduces CPU speed to prevent damage. This built-in safeguard ensures that performance remains stable and that the system never reaches critical temperatures.

Every component of this system is chosen with one goal in mind: keeping you safe in the air. I’m passionate about reducing the risk of in-flight incidents, and I stand by the quality and reliability of my design. Whether you’re a seasoned pilot or a new enthusiast, knowing that you’re equipped with affordable, reliable safety gear can make all the difference. After all, when it comes to flight safety, there’s no price too high to pay for peace of mind.