What is a Group 4 aircraft?

Understanding Airplane Design Groups: Group 4 Aircraft

The Federal Aviation Administration (FAA) categorizes aircraft into six design groups based on their wingspan and tail height. These groups, known as Airplane Design Groups, provide a standardized framework for regulatory and operational purposes.

Group 4 Aircraft: Key Characteristics

Group 4 aircraft are defined by the following characteristics:

• Wingspan: Between 28 and 40 feet (8.5 to 12.2 meters)
• Tail Height: Less than 12 feet (3.7 meters) above the ground

Typical Uses of Group 4 Aircraft

Group 4 aircraft are commonly used for:

• General aviation, including private and personal flights
• Flight training and instruction
• Business aviation, such as corporate transport

Examples of Group 4 Aircraft

Some popular examples of Group 4 aircraft include:

• Cessna 172 Skyhawk
• Piper Cherokee
• Beechcraft Bonanza
• Cirrus SR22

Regulatory Considerations

The FAA has established specific regulations for Group 4 aircraft, including:

• Certification requirements: Aircraft must meet certain safety and performance standards before being certified for operation.
• Pilot qualifications: Pilots must have appropriate training and experience to operate Group 4 aircraft.
• Maintenance and inspection requirements: Regular maintenance and inspections are necessary to ensure the safe operation of Group 4 aircraft.

Operational Considerations

Group 4 aircraft have certain operational limitations that pilots should be aware of:

• Airport restrictions: Some airports may have restrictions on the size of aircraft that can operate on their runways.
• Wind conditions: Group 4 aircraft are susceptible to wind gusts, especially during takeoff and landing.
• Altitude limitations: Group 4 aircraft have limited altitude capabilities compared to larger aircraft.

Conclusion

Group 4 aircraft represent a significant segment of the aviation industry, primarily utilized for general aviation and business purposes. Their compact size and versatile capabilities make them ideal for a range of applications. By understanding the FAA’s Airplane Design Groups, pilots and aircraft operators can ensure safe and efficient operations within the regulatory framework.