beechcraft king air 300 specs

Olvin

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02-02-2025

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The Beechcraft King Air 300, a versatile turboprop aircraft, has earned a solid reputation for its reliability, performance, and passenger comfort. This article delves into the detailed specifications of this popular aircraft, providing a comprehensive guide for prospective buyers, pilots, and aviation enthusiasts. We'll explore everything from its dimensions and performance capabilities to its avionics and engine specifications.

Key Performance Specifications

The King Air 300's performance is a significant factor in its enduring appeal. Here's a breakdown of its key performance characteristics:

• Maximum Speed: Experience high-speed travel with a maximum speed exceeding 310 knots (approximately 357 mph or 577 km/h).
• Cruise Speed: Enjoy efficient cruising at speeds around 285 knots (approximately 329 mph or 531 km/h).
• Range: Benefit from an impressive range, allowing for extended flights with less need for refueling stops. The exact range varies depending on factors such as payload, altitude, and weather conditions, but typically exceeds 1,700 nautical miles (approximately 1,957 miles or 3,158 km).
• Service Ceiling: The King Air 300 can operate at high altitudes, reaching a service ceiling of over 30,000 feet (approximately 9,144 meters). This provides advantages such as smoother flights above turbulent weather and improved fuel efficiency.
• Rate of Climb: Experience a rapid climb rate, crucial for efficient flight operations and optimal time management. The precise rate of climb depends on several factors but is notably substantial for an aircraft of this type.

Dimensions and Weight

Understanding the physical dimensions and weight capabilities is essential for logistical planning and operational efficiency.

• Length: The King Air 300 boasts a substantial length, providing ample space for passengers and cargo.
• Wingspan: Its wingspan contributes to its aerodynamic efficiency and stability.
• Height: The aircraft's height is a consideration for hangar requirements and airport infrastructure.
• Maximum Takeoff Weight: This specification dictates the maximum weight at which the aircraft can safely take off, impacting its payload capacity.
• Useful Load: This refers to the total weight of passengers, cargo, and fuel that can be carried.

(Specific numerical values for dimensions and weights are readily available through official Beechcraft documentation and should be consulted for precise figures.)

Engine and Propeller Specifications

The heart of the King Air 300's performance lies in its powerful engines and efficient propellers.

• Engine Type: The aircraft is equipped with two turboprop engines, providing reliable power and efficiency.
• Engine Model: (Specific engine model details are available through official Beechcraft resources.)
• Horsepower: The engines deliver significant horsepower, contributing to the aircraft's impressive performance capabilities.
• Propeller Type: The efficient propeller design contributes to both speed and fuel economy.
• Propeller Diameter: (Specific propeller details are available through official Beechcraft resources.)

Avionics and Systems

The King Air 300 often features advanced avionics systems for enhanced safety and operational efficiency. Specific avionics suites can vary depending on the aircraft's age and any upgrades performed. Common features may include:

• GPS Navigation: Facilitating precise navigation and route planning.
• Weather Radar: Providing real-time weather information for safe flight planning and avoidance of adverse weather conditions.
• Traffic Collision Avoidance System (TCAS): Enhancing safety by alerting pilots to potential traffic conflicts.
• Automatic Dependent Surveillance-Broadcast (ADS-B): Improving situational awareness and contributing to air traffic management. (Specific avionics configurations should be verified with the aircraft's documentation.)

Conclusion

The Beechcraft King Air 300 stands as a testament to robust engineering and reliable performance. This detailed overview provides a foundation for understanding its capabilities. For precise numerical data on all specifications mentioned, consulting official Beechcraft documentation and resources is strongly recommended. This ensures accuracy and provides the most up-to-date information available.