AERO GUARD
DON'T LET DOWNTIME DAMAGE YOUR ENGINE!
Stop moisture, prevent rust, and protect your engine between flights.
Innovative Solutions for Your Business
Artificial Intelligence
Artificial Intelligence
Artificial Intelligence
Aero Guard hardware and software has been has been designed using the latest AI Technology and input.
Internet of Things
Artificial Intelligence
Artificial Intelligence
IoT is embedded into the Aero Guard Control System platform. This technology allows the product to offer web based dashboards and real time email updates to the end user.
Built OLED Display
Artificial Intelligence
Built OLED Display
The builtin OLED display provides critical information and realtime status of the Air In and Out as well as the overall health of the system.
Cybersecurity
Mobile Solution
Built OLED Display
Our cybersecurity solutions can help you protect your business from cyber threats, safeguard your data, and ensure compliance. Let us help you secure your business.
Mobile Solution
Mobile Solution
Mobile Solution
The advanced lower Power 6 V.D.C. design of the system allows the system to be deployed in remote areas when standard power is not available. The system can be operated off of a battery or solar panel if needed.
Data Analytics
Mobile Solution
Mobile Solution
Built in data analytics determines the pump run time versus pump off time to maximize the life of the desiccant before recharging.
Protect Your Engine When It’s Not Flying
- Aircraft owners know an engine’s biggest threat isn’t always time in the air—it’s time sitting still. When an aircraft isn’t flown regularly, moisture can build up inside the engine, leading to internal rust, accelerated wear, and a shorter engine life.
Why Moisture Forms Inside Aircraft Engines
- After shutdown (combustion moisture):
Combustion naturally produces water vapor. When you shut down, the crankcase is left full of warm gases carrying a high moisture content. As the engine cools, that vapor condenses into water—often seen as droplets on the dipstick cap during an oil check.
- Daily weather changes (humidity & pressure cycles):
Normal swings in temperature, humidity, and barometric pressure push moist air into the engine. When temperatures drop at night or early morning, that trapped moisture condenses on precision metal parts.
Condensation Leads to Rust—Rust Leads to Wear
- Whenever metal engine parts cool below the dew point of the air inside the engine, water droplets form on internal surfaces. Over time, repeated condensation results in corrosion and rust, which contributes directly to premature engine wear.
Aero Guard - Daily Email Status - Alerts on Demand
Updates Right To Your Inbox. Daily Status of Air Conditions in your hangar, Status of air being deli
