The fuel consumption of the Pilatus PC-12, a pressurized, single-engined turboprop aircraft, is approximately 70.20 gallons per hour. Manufactured by Pilatus Aircraft of Stans, Switzerland since 1991, the PC-12 was specifically designed as a high-performance utility aircraft, combining a spacious interior with a large aft cargo door and main passenger door. With it’s versatility and efficiency, the PC-12 has become a popular choice among pilots and operators worldwide.
How Much Is Fuel for Pilatus PC-12?
The Pilatus PC-12, known for it’s versatility and performance, is a popular aircraft choice among pilots and aviation enthusiasts. However, when it comes to operating costs, it’s important to consider various factors, including fuel consumption. The PC-12NG has an average fuel burn rate of approximately 70.20 gallons per hour. With fuel prices currently averaging around $5.00 per gallon, you can expect to spend around $351.00 per hour on fuel alone.
In addition to fuel costs, maintenance expenses should also be taken into account. For the PC-12NG, maintenance costs typically amount to approximately $309.55 per hour. Out of this total, $146.46 is allocated for airframe maintenance, while $163.09 goes towards engine and APU maintenance. These figures encompass routine inspections, repairs, and crucial upkeep to ensure the aircraft remains in optimal condition.
It’s worth noting that maintenance and fuel costs can vary depending on factors such as flight duration, frequency of operation, and overall aircraft utilization. Moreover, geographic location and local market conditions can influence fuel prices and maintenance rates. Therefore, it’s recommended to consult with experienced aviation professionals or the manufacturers documentation for the most accurate and up-to-date information on operating costs specific to your circumstances.
In addition to it’s range and speed, the Pilatus PC-12 also offers an impressive cargo capacity. With it’s large freight door, the aircraft can easily accommodate up to 2900 pounds of cargo, making it an efficient choice for transporting goods.
What Is the Cargo Capacity of the PC-12?
The PC-12, manufactured by Pilatus Aircraft of Switzerland, is a highly versatile and efficient aircraft renowned for it’s excellent range and high speed. It’s been in production since 1991 and has gained a reputation as a reliable and practical choice for a variety of operations. Designed as a single-engined turboprop with a pressurized cabin, it offers unparalleled flexibility in it’s class.
One of the standout features of the PC-12 is it’s large cargo capacity. With a spacious interior and a specially designed aft cargo door, it allows for easy loading and transportation of various types of cargo. The cargo door is strategically placed to facilitate efficient loading and unloading procedures, making the PC-12 an excellent choice for businesses and organizations that require frequent transportation of goods.
It can accommodate up to 2900 pounds of cargo, providing ample space for a wide range of items, from essential supplies to specialized equipment. This generous capacity enables operators to transport significant loads efficiently, optimizing productivity and minimizing logistical challenges.
With a maximum range of over 1,800 nautical miles and a cruising speed of approximately 280 knots, it can cover long distances efficiently, providing a reliable transportation solution for both short-haul and long-haul journeys.
It’s ability to accommodate various cargo loads, along with it’s reliable performance, ensures that operators can consistently meet their transportation needs with ease and confidence.
Overall, the fuel consumption of the Pilatus PC-12 is an important factor to consider when analyzing it’s performance. The PC-12NG model, for instance, burns approximately 70.20 gallons of fuel per hour. This information can be crucial for operators and individuals interested in the aircraft, as it allows them to evaluate it’s efficiency and operational costs. However, it’s essential to remember that fuel consumption is influenced by several variables, including flight conditions, payload, altitude, and speed. Consequently, it’s necessary to assess the unique circumstances of each flight to obtain accurate fuel consumption figures. Nonetheless, understanding the average fuel consumption of the PC-12 provides valuable insights into it’s operational characteristics and aids decision-making processes for those involved in the aviation industry.