The Fokker F70 is a regional jet airliner developed by the Dutch aircraft manufacturer Fokker. The Fokker F70 Specs include a length of 30.91 meters (101 ft 5 in), a wingspan of 28.08 meters (92 ft 1 in), and a height of 8.51 meters (27 ft 11 in). It has a maximum takeoff weight of 41,730 kilograms (92,000 lb) and a maximum payload of 10,430 kilograms (23,000 lb). The Fokker F70 is powered by two Rolls-Royce Tay 620-15 turbofan engines, each producing 61.72 kilonewtons (13,850 lbf) of thrust. The Fokker F70 has a maximum speed of 845 kilometers per hour (525 mph) and a range of 2,000 kilometers (1,200 mi).
The Fokker F70 was developed in the late 1980s as a replacement for the Fokker F28 Fellowship. The Fokker F70 first flew in 1992 and entered service in 1994. The Fokker F70 was a popular aircraft with airlines around the world, and over 200 Fokker F70s were produced before production ended in 1997. The Fokker F70 is still in service with a number of airlines today.
The Fokker F70 is a versatile aircraft that can be used for a variety of purposes, including passenger transport, cargo transport, and medical evacuation. The Fokker F70 is a reliable and efficient aircraft, and it has a good safety record. The Fokker F70 is a valuable asset to any airline, and it is likely to continue to be in service for many years to come.
FOKKER F70 Specs
The Fokker F70 is a regional jet airliner developed by the Dutch aircraft manufacturer Fokker. The Fokker F70 Specs are crucial in understanding the aircraft’s capabilities and performance. Here are six key aspects of the Fokker F70 Specs:
- Length: 30.91 meters (101 ft 5 in)
- Wingspan: 28.08 meters (92 ft 1 in)
- Height: 8.51 meters (27 ft 11 in)
- Maximum takeoff weight: 41,730 kilograms (92,000 lb)
- Maximum payload: 10,430 kilograms (23,000 lb)
- Range: 2,000 kilometers (1,200 mi)
These key aspects of the Fokker F70 Specs provide insights into the aircraft’s size, weight, capacity, and range. The Fokker F70 is a versatile aircraft that can be used for a variety of purposes, including passenger transport, cargo transport, and medical evacuation. The Fokker F70 is a reliable and efficient aircraft, and it has a good safety record. The Fokker F70 is a valuable asset to any airline, and it is likely to continue to be in service for many years to come.
Length
The length of the Fokker F70 is a crucial aspect of its specifications as it directly influences the aircraft’s capacity, performance, and handling characteristics. The Fokker F70’s length of 30.91 meters (101 ft 5 in) falls within the category of regional jets, making it suitable for short to medium-haul flights.
- Passenger Capacity: The length of the Fokker F70 allows for a spacious cabin configuration, accommodating up to 80 passengers in a single-class layout or a combination of business and economy classes. This capacity makes the Fokker F70 ideal for regional airlines and commuter operations.
- Cargo Capacity: In addition to passenger transport, the Fokker F70 can also be utilized for cargo transportation. Its length provides ample cargo hold space, enabling it to carry up to 9,500 kilograms (20,900 lb) of cargo, making it suitable for both passenger and cargo charter operations.
- Aerodynamic Efficiency: The length of the Fokker F70 contributes to its aerodynamic efficiency. The longer fuselage allows for a more streamlined shape, reducing drag and improving fuel efficiency. This results in lower operating costs for airlines and a reduced environmental impact.
- Maneuverability: While the length of the Fokker F70 provides stability and efficiency, it also affects its maneuverability. Compared to smaller aircraft, the Fokker F70 has a larger turning radius and requires more space for takeoff and landing. However, its advanced flight control systems compensate for these factors, ensuring safe and precise handling.
In summary, the length of 30.91 meters (101 ft 5 in) is a key aspect of the Fokker F70 Specs, influencing its passenger and cargo capacity, aerodynamic efficiency, and maneuverability. These factors collectively contribute to the Fokker F70’s versatility and suitability for a wide range of regional aviation operations.
Wingspan
The wingspan of an aircraft is a crucial aspect of its specifications, as it directly influences the aircraft’s lift, stability, and overall performance. The Fokker F70’s wingspan of 28.08 meters (92 ft 1 in) is carefully designed to optimize these factors within the context of its regional jet role.
- Lift Generation: The wingspan of the Fokker F70 generates the necessary lift to keep the aircraft airborne. The longer wingspan allows for a larger wing area, which increases the surface area available for generating lift. This is particularly important during takeoff and landing, when the aircraft requires maximum lift.
- Stability and Control: The wingspan also contributes to the Fokker F70’s stability and control. The extended wingspan provides a greater lever arm for the ailerons, the control surfaces responsible for rolling the aircraft. This increased leverage enhances the aircraft’s maneuverability and responsiveness to pilot inputs.
- Drag Reduction: The Fokker F70’s wingspan is designed to minimize drag and improve aerodynamic efficiency. The longer wingspan allows for a thinner wing profile, which reduces the aircraft’s overall drag. This results in improved fuel efficiency and increased range, making the Fokker F70 suitable for longer regional routes.
- Airport Compatibility: The wingspan of the Fokker F70 is carefully designed to be compatible with the infrastructure of regional airports. Its relatively modest wingspan allows it to operate within the constraints of smaller runways and taxiways, making it well-suited for short-haul operations to smaller cities and communities.
In summary, the wingspan of 28.08 meters (92 ft 1 in) is a key aspect of the Fokker F70 Specs, contributing to its lift generation, stability, drag reduction, and airport compatibility. These factors collectively enhance the Fokker F70’s performance and versatility as a regional jet airliner.
Height
The height of an aircraft, often referred to as its vertical stabilizer height, is a crucial aspect of its specifications, as it directly influences the aircraft’s stability, control, and overall performance. The Fokker F70’s height of 8.51 meters (27 ft 11 in) is carefully designed to optimize these factors within the context of its regional jet role.
The height of the Fokker F70 contributes to its directional stability and control. The vertical stabilizer, located at the tail of the aircraft, acts like a fin, providing stability and preventing the aircraft from yawing or swaying from side to side. The height of the vertical stabilizer ensures that it remains effective even at high altitudes and in turbulent conditions.
In addition to stability, the height of the Fokker F70 also plays a role in its controllability. The rudder, located at the trailing edge of the vertical stabilizer, is used to steer the aircraft left or right. The height of the vertical stabilizer provides sufficient leverage for the rudder to be effective, allowing for precise and responsive maneuvers.
Furthermore, the height of the Fokker F70 is designed to be compatible with the infrastructure of regional airports. Its relatively modest height allows it to operate within the constraints of smaller hangars and maintenance facilities, making it well-suited for short-haul operations to smaller cities and communities.
In summary, the height of 8.51 meters (27 ft 11 in) is a key aspect of the Fokker F70 Specs, contributing to its stability, controllability, and airport compatibility. These factors collectively enhance the Fokker F70’s performance and versatility as a regional jet airliner.
Maximum takeoff weight
The maximum takeoff weight (MTOW) of an aircraft is a crucial aspect of its specifications, as it directly influences the aircraft’s performance, safety, and operational capabilities. The Fokker F70’s MTOW of 41,730 kilograms (92,000 lb) is carefully determined based on various factors, including structural strength, engine power, and safety regulations.
The MTOW represents the maximum weight at which the Fokker F70 is certified to take off safely. This weight includes the aircraft’s empty weight, payload (passengers, cargo, and luggage), and fuel. The empty weight of the Fokker F70 is approximately 24,000 kilograms (53,000 lb), leaving a payload capacity of around 17,730 kilograms (39,000 lb). This payload capacity allows the Fokker F70 to accommodate up to 80 passengers in a single-class configuration or a combination of business and economy classes, along with their luggage and cargo.
The MTOW also plays a vital role in determining the Fokker F70’s takeoff performance. A higher MTOW requires a longer takeoff distance and a higher takeoff speed. The Fokker F70’s MTOW of 41,730 kilograms (92,000 lb) ensures that it can operate safely from regional airports with shorter runways, making it well-suited for short-haul operations to smaller cities and communities.
Furthermore, the MTOW is a key factor in calculating the Fokker F70’s range and fuel efficiency. A higher MTOW typically means a shorter range and lower fuel efficiency due to the increased weight that the aircraft must carry. However, the Fokker F70’s advanced aerodynamic design and efficient engines help to mitigate this effect, providing a balance between payload capacity and range.
In summary, the maximum takeoff weight of 41,730 kilograms (92,000 lb) is a critical aspect of the Fokker F70 Specs, influencing the aircraft’s performance, safety, payload capacity, takeoff distance, range, and fuel efficiency. Understanding this connection is essential for optimizing the Fokker F70’s operation and ensuring its safe and efficient utilization in regional aviation.
Maximum payload
The maximum payload of an aircraft, often expressed as its maximum allowable takeoff weight (MTOW) minus its empty weight, is a crucial aspect of its specifications. In the case of the Fokker F70, its maximum payload of 10,430 kilograms (23,000 lb) plays a significant role in determining its operational capabilities and suitability for various missions.
The maximum payload directly influences the Fokker F70’s revenue-generating capacity. Airlines can optimize their operations by carefully considering the payload-range relationship. A higher payload allows the Fokker F70 to accommodate more passengers and cargo, leading to increased revenue potential. This is particularly important for regional airlines operating on short-haul routes where payload optimization is critical for profitability.
Furthermore, the maximum payload affects the Fokker F70’s range and endurance. A heavier payload requires more fuel to achieve the same range, reducing the aircraft’s overall efficiency. Understanding this connection is essential for airlines to plan their flight routes and determine the optimal payload for each sector, considering factors such as passenger demand, cargo requirements, and fuel availability.
In summary, the maximum payload of 10,430 kilograms (23,000 lb) is an integral part of the Fokker F70 Specs, directly impacting its revenue potential, range, and operational efficiency. Airlines must carefully consider this aspect when planning their operations to maximize profitability and meet the demands of their customers.
Range
The range of an aircraft, often expressed as the maximum distance it can travel without refueling, is a crucial aspect of its specifications. In the case of the Fokker F70, its range of 2,000 kilometers (1,200 mi) plays a significant role in determining its suitability for various missions and operational scenarios.
- Mission Versatility: The Fokker F70’s range of 2,000 kilometers (1,200 mi) makes it a versatile aircraft, capable of serving a wide range of regional routes. This range allows airlines to connect smaller cities and communities that may not have direct access to major hubs, providing essential air transportation links.
- Operational Efficiency: The Fokker F70’s range is optimized to minimize fuel consumption and operating costs. Its efficient engines and aerodynamic design enable it to achieve a balance between payload capacity and range, reducing fuel burn and increasing profitability for airlines.
- Passenger Comfort: The Fokker F70’s range allows for longer flight durations without the need for refueling stops. This reduces passenger inconvenience and ensures a more comfortable and seamless travel experience, especially on regional routes where multiple stops can be a common occurrence.
- Network Planning: The Fokker F70’s range influences the network planning of airlines. Airlines can strategically position the aircraft on routes that match its range capabilities, optimizing their fleet utilization and maximizing revenue potential.
In summary, the range of 2,000 kilometers (1,200 mi) is an integral part of the Fokker F70 Specs, directly impacting its mission versatility, operational efficiency, passenger comfort, and network planning. Understanding this connection is essential for airlines to effectively utilize the Fokker F70 and meet the demands of their customers and the aviation industry.
FAQs about FOKKER F70 Specs
This section addresses frequently asked questions (FAQs) about the FOKKER F70 Specs. These questions and answers aim to provide clear and concise information to enhance understanding and address common concerns or misconceptions.
Question 1: What is the maximum takeoff weight of the Fokker F70?
Answer: The maximum takeoff weight of the Fokker F70 is 41,730 kilograms (92,000 lb). This weight includes the aircraft’s empty weight, payload (passengers, cargo, and luggage), and fuel.
Question 2: What is the maximum range of the Fokker F70?
Answer: The maximum range of the Fokker F70 is 2,000 kilometers (1,200 mi). This range allows the aircraft to operate on a variety of regional routes, connecting smaller cities and communities without the need for refueling stops.
Question 3: What is the wingspan of the Fokker F70?
Answer: The wingspan of the Fokker F70 is 28.08 meters (92 ft 1 in). The extended wingspan contributes to the aircraft’s lift generation, stability, and aerodynamic efficiency.
Question 4: How many passengers can the Fokker F70 accommodate?
Answer: The Fokker F70 can accommodate up to 80 passengers in a single-class configuration or a combination of business and economy classes. The aircraft’s spacious cabin and flexible seating arrangements allow for comfortable and efficient passenger transport.
Question 5: What type of engines power the Fokker F70?
Answer: The Fokker F70 is powered by two Rolls-Royce Tay 620-15 turbofan engines. Each engine produces 61.72 kilonewtons (13,850 lbf) of thrust, providing the aircraft with reliable and efficient propulsion.
Question 6: What is the height of the Fokker F70?
Answer: The height of the Fokker F70 is 8.51 meters (27 ft 11 in). The aircraft’s vertical stabilizer height contributes to its directional stability and control, ensuring safe and precise handling.
In summary, the FOKKER F70 Specs provide a comprehensive overview of the aircraft’s dimensions, performance capabilities, and passenger capacity. Understanding these specifications is crucial for airlines, pilots, and aviation enthusiasts to optimize the aircraft’s operation and ensure its efficient and safe utilization.
For further inquiries or more detailed information, please refer to official documentation, aviation databases, or consult with experts in the field of aviation.
Tips for Optimizing FOKKER F70 Specs
To fully leverage the capabilities of the Fokker F70 and ensure its efficient and safe operation, consider the following tips:
Tip 1: Payload Optimization: Carefully plan payload distribution to maximize revenue potential while considering range and fuel efficiency. This includes optimizing passenger seating arrangements and cargo loading to achieve the desired balance.
- Example: For shorter routes with high passenger demand, consider a higher passenger-to-cargo ratio. For longer routes, adjust the payload to prioritize fuel efficiency.
Tip 2: Range Planning: Analyze flight routes and passenger demand to determine the optimal range requirements. Avoid overestimating the range to minimize unnecessary fuel consumption and operating costs.
- Example: If a route typically operates below the Fokker F70’s maximum range, consider adjusting the fuel load to reduce weight and improve fuel efficiency.
Tip 3: Fuel Efficiency Monitoring: Implement a comprehensive fuel monitoring system to track fuel consumption and identify areas for improvement. Analyze flight data to optimize flight profiles and reduce fuel burn.
- Example: Use flight data to identify optimal cruise altitudes and speeds for different flight conditions.
Tip 4: Regular Maintenance and Inspections: Adhere to scheduled maintenance and inspection intervals to ensure the aircraft’s airworthiness and reliability. This includes regular checks of engines, avionics, and other critical systems.
- Example: Conduct thorough pre-flight inspections to identify and address potential issues before takeoff.
Tip 5: Pilot Training and Proficiency: Provide comprehensive training and proficiency programs for pilots to ensure their thorough understanding of the Fokker F70’s systems and operating procedures.
- Example: Implement simulator training to provide pilots with realistic scenarios and emergency response exercises.
Summary: By following these tips, airlines and operators can effectively optimize the FOKKER F70 Specs, maximizing its performance, efficiency, and safety while reducing operating costs and enhancing passenger satisfaction.
Conclusion
The Fokker F70 is a versatile and reliable regional jet airliner, with its specifications carefully designed to meet the demands of regional aviation. Its optimal combination of size, range, and payload capacity makes it suitable for a wide range of missions, from short-haul passenger transport to cargo operations.
Understanding the Fokker F70 Specs is crucial for airlines and operators to maximize the aircraft’s capabilities, optimize its performance, and ensure safe and efficient utilization. By following best practices, implementing regular maintenance, and investing in pilot training, airlines can leverage the Fokker F70’s strengths to provide reliable and cost-effective air transportation services.