Aviation Academy

Have you ever had a near miss or even hit one of our feathered friends we share the sky with? If so, know that you are not alone. The first recorded bird strike dates back to September 7th, 1905. When Wilbur Wright, one of the fathers of aviation himself struck a Red Wing black bird while flying over a corn field in Dayton, Ohio. Between 2016 and 2025 over 175,000 wildlife strikes (approximately 96% of which involved birds) have been reported to the FAA's Wildlife Strike Database. It is also the belief of aviation environmental experts that 50% - 80% of birdstrikes go unreported. So it's no wonder that these accidents globally cost the aviation industry 1.2 billion dollars annually.

Most bird strikes occur during takeoffs or landings in the airport environment. That is why it is important to utilize NOTAM's or an airport facility directory (AFD) for hazardous bird activity information. To avoid a strike it is typically better to stay above a flock of birds as they tend to dive when approached by an aircraft. On the other hand their behavior is completely unpredictable as birds are not wired to fear airplanes and have a hard time perceiving their speed.
That is why many airports invest in bird deterrent systems such as acoustic devices that broadcast predator or distress calls to clear birds of an area. Staying vigilant on the radios during your ground operations, intently listening for hazardous bird activity that other pilots or ATC might announce before a flight. Can be a great way to keep your situational awareness at an all time high. Another way to help manage this risk is by doing a little research on what time of year bird migration patterns are most prevalent in your area! As pilots we are always striving to keep safety in the cockpit, hopefully these tips will help keep the birds out, but as always if an emergency situation does occur remember to Aviate, Navigate, Communicate, and use that checklist!

Being a current pilot means meeting the legal requirements established by aviation regulations to act as pilot in command or carry passengers. For example, under FAA rules, a pilot must complete a certain number of takeoffs and landings within a specified period to remain current for carrying passengers, and instrument-rated pilots must also complete required instrument procedures to remain IFR current. Currency is essentially a minimum legal standard that shows a pilot has recently practiced certain skills, but it does not necessarily mean the pilot is highly skilled or fully prepared for challenging situations.

Proficiency, on the other hand, refers to a pilot’s actual skill level, knowledge, judgment, and ability to operate an aircraft safely and confidently. A pilot may be legally current but still lack proficiency if they have not flown often, practiced emergency procedures, or operated in demanding conditions such as strong winds, busy airspace, or instrument weather. Proficiency goes beyond meeting minimum requirements and focuses on maintaining strong flying abilities through regular practice, training, and continuous learning. Safe pilots strive not only to remain current, but also to stay proficient so they can effectively handle both routine operations and unexpected situations.

Beau went solo today! Great job! Next up, Private Pilot 🎉

We have another official pilot in the group! Congratulations Braden, you worked so hard! 👏🏻👏🏻👏🏻

Did you know the most dangerous stage of a thunderstorm for aviation is the mature stage?During this stage, the storm contains both strong updrafts and downdrafts, creating severe turbulence that can make aircraft difficult to control. Heavy rain, lightning, hail, and strong winds are also common. Pilots may experience sudden changes in altitude and direction because of wind shear and microbursts, which are especially dangerous during takeoff and landing. Visibility can also become very poor due to intense rainfall and dark clouds.

The mature stage is considered the most hazardous because all the storm’s most dangerous weather conditions occur at the same time. Ice can form quickly on the aircraft, damaging lift and engine performance, while hail may crack windshields or damage the aircraft fuselage . Lightning can interfere with electronic systems, and turbulence can injure passengers and crew. Because of these risks, pilots are trained to avoid flying through mature thunderstorms whenever possible and use weather radar to safely navigate around them.

Personal minimums are self determined limits that pilots establish to help decide whether conditions are safe for a flight. These limits are usually more conservative than legal minimums and are based on factors such as pilot experience, recent flight time, aircraft type, weather conditions, runway length, visibility, and wind or crosswind strength. For example, a pilot may decide not to fly if crosswinds exceed 10 knots or if visibility falls below a certain distance, even though regulations might still allow the flight. Personal minimums provide pilots with a clear set of guidelines to support safe decision-making before and during a flight.

Personal minimums are important because they help pilots manage risk and avoid situations beyond their skill or comfort level. Aviation accidents are often linked to poor judgment, overconfidence, or pressure to complete a flight despite unfavorable conditions. By setting personal minimums in advance, pilots are less likely to make emotional or impulsive decisions when facing stress or changing weather. They also encourage pilots to evaluate their abilities honestly and gradually expand their limits as experience and proficiency increase, leading to safer and more confident flying overall.

Slow flight is a maneuver used in pilot training to help students understand how an aircraft performs at airspeeds just above stall speed. During slow flight, the airplane is operated at a high angle of attack with increased drag and reduced control responsiveness. Pilots must use careful coordination of pitch, power, and rudder inputs to maintain altitude, heading, and aircraft control. Slow flight teaches pilots to recognize the signs of an impending stall and improves their ability to manage the airplane in situations such as takeoff, landing, and go-arounds where slower airspeeds are common.

The maneuver also emphasizes the importance of energy management and situational awareness. In slow flight, increased power is often required to maintain altitude because induced drag rises significantly at lower airspeeds. Pilots learn that control surfaces become less effective, requiring smoother and more deliberate inputs. Practicing slow flight develops precision aircraft handling and reinforces safe stall avoidance techniques. These skills are critical because many accidents occur when pilots fail to properly manage airspeed and angle of attack during slow speed operations.

A positive exchange of aircraft controls is crucial for safety because it makes sure there is never any confusion about who is flying the airplane. Pilots clearly say things like “you have the controls” and wait for the other person to respond with “my controls” before letting go. This simple step prevents both pilots from trying to control the aircraft at the same time, or, neither pilot being in control. During important moments like takeoff, landing, or emergencies, even a brief mix-up can lead to serious mistakes, so having a clear handoff keeps the flight stable and under control.

It also improves communication and teamwork in the cockpit, which are both key parts of safe flying. When pilots use a positive exchange every time, they build trust and stay aware of what each person is doing. This reduces the chances of misunderstandings and helps both pilots stay focused on their roles. For student pilots, practicing this habit early creates a strong foundation for safe flying which will be used for the entirety of their flying.

The sterile cockpit rule exists to keep pilots fully focused during the most important phases of flight. This rule means that below a certain altitude, pilots are not to have unnecessary conversations or distractions. Only conversation that pertains to the safety of flight is allowed, such as discussing altitude, navigation, or communication with air traffic control. By limiting talk to essential information, pilots can concentrate on critical tasks during phases like takeoff and landing, when the risk of accidents is higher.

Having a sterile cockpit also helps reduce mistakes caused by distractions. Even small interruptions can lead to missed instructions or overlooked warning signs. By allowing only safety-related communication, pilots improve teamwork and stay aware of what is happening with the aircraft and their surroundings. For student pilots, practicing this rule builds strong habits of focus and discipline, which are key to maintaining safe and efficient flights.

PRIVATE PILOT!!! Congrats to Dierk, you did so good on your checkride! 🎉