The SOCATA Tampico is a family of light aircraft manufactured by SOCATA. The Tampico was first introduced in 1975 and has since been produced in a number of variants. The Tampico is a high-wing, single-engine aircraft with a fixed tricycle landing gear. It is powered by a single Lycoming IO-360 engine, which produces 200 horsepower. The Tampico has a maximum takeoff weight of 2,750 pounds and a useful load of 1,050 pounds. It has a range of 750 nautical miles and a cruise speed of 140 knots.
The Tampico is a popular aircraft for both private and commercial use. It is known for its rugged construction, low operating costs, and good performance. The Tampico has been used for a variety of purposes, including flight training, air taxi, and personal transportation. It is also a popular choice for use in developing countries, due to its ability to operate in rough conditions.
The Tampico has been continuously produced since its introduction in 1975. It has undergone a number of upgrades and improvements over the years, including the addition of a glass cockpit and a more powerful engine. The Tampico remains a popular choice for pilots and aircraft owners around the world.
SOCATA Tampico Specs
The SOCATA Tampico is a family of light aircraft manufactured by SOCATA. It is known for its rugged construction, low operating costs, and good performance. Here are eight key aspects of the SOCATA Tampico Specs:
- High-wing design: The Tampico’s high-wing design provides excellent visibility and stability.
- Single-engine: The Tampico is powered by a single Lycoming IO-360 engine, which produces 200 horsepower.
- Fixed tricycle landing gear: The Tampico’s fixed tricycle landing gear makes it easy to land and takeoff.
- Maximum takeoff weight: 2,750 pounds
- Useful load: 1,050 pounds
- Range: 750 nautical miles
- Cruise speed: 140 knots
- Popular uses: The Tampico is popular for flight training, air taxi, and personal transportation.
These key aspects make the SOCATA Tampico a versatile and popular aircraft for both private and commercial use. It is a rugged and reliable aircraft that is well-suited for a variety of purposes.
High-wing design
The high-wing design of the SOCATA Tampico is a key factor in its excellent visibility and stability. The high-wing design places the aircraft’s wings above the fuselage, which provides the pilot with a clear and unobstructed view of the runway and surrounding area. This is especially beneficial during takeoff and landing, as well as when maneuvering in tight spaces. Additionally, the high-wing design helps to keep the aircraft stable in flight, as the wings act as a natural stabilizer.
The excellent visibility and stability provided by the high-wing design make the SOCATA Tampico an ideal aircraft for a variety of purposes, including flight training, air taxi, and personal transportation. It is also a popular choice for use in developing countries, due to its ability to operate in rough conditions.
In conclusion, the high-wing design of the SOCATA Tampico is a key factor in its popularity and versatility. It provides the aircraft with excellent visibility and stability, making it a safe and reliable choice for pilots and aircraft owners around the world.
Single-engine
The single-engine design of the SOCATA Tampico is a key factor in its popularity and versatility. It is a relatively simple and inexpensive aircraft to maintain, and it is also very fuel-efficient. This makes it an ideal choice for a variety of purposes, including flight training, air taxi, and personal transportation.
- Fuel efficiency: The single-engine design of the Tampico makes it very fuel-efficient. This is a major advantage for pilots who are looking to save money on operating costs.
- Simplicity: The single-engine design of the Tampico makes it relatively simple to maintain. This is another major advantage for pilots who are looking to save money on maintenance costs.
- Versatility: The single-engine design of the Tampico makes it a versatile aircraft that can be used for a variety of purposes. It is a popular choice for flight training, air taxi, and personal transportation.
In conclusion, the single-engine design of the SOCATA Tampico is a key factor in its popularity and versatility. It is a fuel-efficient, simple, and versatile aircraft that is well-suited for a variety of purposes.
Fixed tricycle landing gear
The fixed tricycle landing gear is a key component of the SOCATA Tampico Specs. It is a type of landing gear that consists of three wheels, with two wheels located at the front of the aircraft and one wheel located at the rear. This type of landing gear is very stable and easy to operate, making it ideal for a variety of aircraft, including the SOCATA Tampico.
The fixed tricycle landing gear provides a number of advantages for the SOCATA Tampico. First, it makes the aircraft very easy to land and takeoff. This is especially beneficial for pilots who are new to flying or who are not experienced in landing and taking off aircraft with other types of landing gear. Second, the fixed tricycle landing gear provides the aircraft with a high level of stability, which makes it less likely to tip over during landing or takeoff. Third, the fixed tricycle landing gear is very durable and can withstand rough landings and takeoffs, making it ideal for use in a variety of conditions.
In conclusion, the fixed tricycle landing gear is a key component of the SOCATA Tampico Specs. It provides the aircraft with a number of advantages, including ease of landing and takeoff, stability, and durability. These advantages make the SOCATA Tampico an ideal aircraft for a variety of purposes, including flight training, air taxi, and personal transportation.
Maximum takeoff weight
The maximum takeoff weight (MTOW) of an aircraft is the maximum weight at which it is certified to take off safely. The MTOW is determined by a number of factors, including the aircraft’s structural strength, engine power, and wing design. For the SOCATA Tampico, the MTOW is 2,750 pounds.
- Structural strength: The MTOW is limited by the aircraft’s structural strength. The aircraft must be able to withstand the forces of takeoff, climb, and flight without exceeding its design limits. The SOCATA Tampico is constructed of lightweight materials and has a strong airframe, which allows it to have a relatively high MTOW.
- Engine power: The MTOW is also limited by the aircraft’s engine power. The engine must be able to produce enough thrust to lift the aircraft off the ground and climb to a safe altitude. The SOCATA Tampico is powered by a Lycoming IO-360 engine, which produces 200 horsepower. This is sufficient power to give the aircraft a MTOW of 2,750 pounds.
- Wing design: The MTOW is also affected by the aircraft’s wing design. The wings must be able to generate enough lift to keep the aircraft airborne. The SOCATA Tampico has a high-wing design, which provides excellent lift and stability. This allows the aircraft to have a relatively high MTOW.
The MTOW of the SOCATA Tampico is an important specification that determines the aircraft’s performance and capabilities. By understanding the factors that affect the MTOW, pilots can operate the aircraft safely and efficiently.
Useful load
The useful load of an aircraft is the maximum weight of people, cargo, and fuel that it can carry. For the SOCATA Tampico, the useful load is 1,050 pounds. This means that the aircraft can carry a pilot, three passengers, and their luggage, or a combination of cargo and fuel up to a total weight of 1,050 pounds.
- Passenger capacity: The SOCATA Tampico can carry up to three passengers in addition to the pilot. This makes it a good choice for families or small groups who are looking to travel together.
- Cargo capacity: The SOCATA Tampico can also be used to transport cargo. With a useful load of 1,050 pounds, it can carry a significant amount of cargo, making it a good choice for businesses or individuals who need to transport goods.
- Fuel capacity: The SOCATA Tampico has a fuel capacity of 85 gallons. This gives it a range of approximately 750 nautical miles. This makes it a good choice for long-distance travel.
- Versatility: The SOCATA Tampico’s useful load of 1,050 pounds makes it a very versatile aircraft. It can be used for a variety of purposes, including personal transportation, business travel, and cargo transport.
The useful load of the SOCATA Tampico is an important specification that determines the aircraft’s performance and capabilities. By understanding the useful load, pilots and aircraft owners can operate the aircraft safely and efficiently.
Range
The range of an aircraft is the maximum distance that it can travel without refueling. For the SOCATA Tampico, the range is 750 nautical miles. This means that the aircraft can fly for approximately 750 nautical miles before it needs to land and refuel.
- Fuel efficiency: The SOCATA Tampico’s range is largely determined by its fuel efficiency. The aircraft is powered by a single Lycoming IO-360 engine, which is known for its fuel efficiency. This allows the aircraft to travel a long distance without needing to refuel.
- Aerodynamics: The SOCATA Tampico’s range is also affected by its aerodynamics. The aircraft has a high-wing design, which reduces drag and improves fuel efficiency. This allows the aircraft to travel further on a single tank of fuel.
- Payload: The SOCATA Tampico’s range is also affected by its payload. The more weight that the aircraft is carrying, the shorter its range will be. This is because the aircraft will need to use more fuel to lift the additional weight.
- Wind conditions: The SOCATA Tampico’s range can also be affected by wind conditions. Headwinds will reduce the aircraft’s range, while tailwinds will increase the aircraft’s range.
The range of the SOCATA Tampico is an important specification that determines the aircraft’s performance and capabilities. By understanding the factors that affect the range, pilots can operate the aircraft safely and efficiently.
Cruise speed
The cruise speed of the SOCATA Tampico is 140 knots. This means that the aircraft can fly at a speed of 140 nautical miles per hour (nm/h) during cruise flight. Cruise speed is an important specification for aircraft because it determines the aircraft’s efficiency and range.
- Fuel efficiency: The cruise speed of an aircraft is directly related to its fuel efficiency. The more efficient an aircraft is, the longer it can fly on a single tank of fuel. The SOCATA Tampico’s cruise speed of 140 knots is relatively fuel-efficient, making it a good choice for long-distance travel.
- Range: The cruise speed of an aircraft also affects its range. The faster an aircraft can fly, the greater its range will be. The SOCATA Tampico’s cruise speed of 140 knots gives it a range of approximately 750 nautical miles, making it a good choice for long-distance travel.
- Passenger comfort: The cruise speed of an aircraft can also affect passenger comfort. The faster an aircraft flies, the more turbulence it will experience. The SOCATA Tampico’s cruise speed of 140 knots is relatively smooth, making it a comfortable aircraft for passengers.
- Safety: The cruise speed of an aircraft can also affect safety. The faster an aircraft flies, the more difficult it is to control. The SOCATA Tampico’s cruise speed of 140 knots is relatively slow, making it a safe aircraft to fly.
The cruise speed of the SOCATA Tampico is an important specification that determines the aircraft’s performance and capabilities. By understanding the factors that affect cruise speed, pilots can operate the aircraft safely and efficiently.
Popular uses
The popular uses of the SOCATA Tampico are directly related to its specifications, which make it well-suited for these purposes. Let’s explore some key facets:
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Flight training:
The Tampico’s high-wing design and fixed tricycle landing gear make it a stable and easy-to-fly aircraft, ideal for student pilots. Its relatively low operating costs and good fuel efficiency also make it an economical choice for flight schools.
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Air taxi:
The Tampico’s useful load of 1,050 pounds allows it to comfortably carry four people and their luggage, making it a suitable option for short-distance air taxi services. Its range of 750 nautical miles also makes it capable of handling longer trips.
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Personal transportation:
The Tampico’s combination of comfort, performance, and affordability makes it an attractive choice for personal transportation. Its high-wing design provides excellent visibility, while its cruise speed of 140 knots allows for efficient travel.
In summary, the SOCATA Tampico’s specifications, including its high-wing design, fixed tricycle landing gear, useful load, range, and cruise speed, directly contribute to its popularity in flight training, air taxi, and personal transportation.
FAQs on SOCATA Tampico Specifications
This section addresses frequently asked questions and clarifies common misconceptions regarding the specifications of the SOCATA Tampico aircraft.
Question 1: What are the key specifications of the SOCATA Tampico?
Answer: The SOCATA Tampico is a high-wing, single-engine aircraft with a fixed tricycle landing gear. It has a maximum takeoff weight of 2,750 pounds, a useful load of 1,050 pounds, a range of 750 nautical miles, and a cruise speed of 140 knots.
Question 2: What is the primary advantage of the Tampico’s high-wing design?
Answer: The high-wing design provides excellent visibility and stability during takeoff, landing, and maneuvering, making it an ideal choice for flight training and personal transportation.
Question 3: Why is the Tampico popular for flight training?
Answer: Its stability, ease of handling, and relatively low operating costs make it an economical and suitable aircraft for student pilots.
Question 4: What is the useful load capacity of the Tampico?
Answer: The Tampico has a useful load capacity of 1,050 pounds, allowing it to carry four people and their luggage, or a combination of cargo and fuel.
Question 5: What is the range of the Tampico?
Answer: With a range of 750 nautical miles, the Tampico is capable of handling both short-distance and longer trips.
Question 6: What is the cruise speed of the Tampico?
Answer: The Tampico has a cruise speed of 140 knots, providing a balance between speed and fuel efficiency for efficient travel.
Summary: The SOCATA Tampico’s specifications, including its high-wing design, fixed tricycle landing gear, useful load, range, and cruise speed, make it a versatile and popular aircraft for flight training, air taxi, and personal transportation.
Transition to the next article section:
To learn more about the SOCATA Tampico’s performance and capabilities, explore the following sections:
- SOCATA Tampico Performance
- SOCATA Tampico Safety Features
- SOCATA Tampico Pilot Reports
Tips for Maximizing SOCATA Tampico Specifications
The SOCATA Tampico is a versatile and capable aircraft, but understanding its specifications and utilizing them effectively can enhance your flying experience. Here are five tips to help you maximize the Tampico’s capabilities:
Tip 1: Understand the High-Wing Design
The Tampico’s high-wing design provides excellent visibility and stability. Use this to your advantage during takeoff, landing, and maneuvering, especially in challenging weather conditions.
Tip 2: Optimize the Useful Load
The Tampico’s useful load of 1,050 pounds allows for flexibility. Plan your flights considering the weight of passengers, luggage, and fuel to maximize range and performance.
Tip 3: Utilize the Cruise Speed
The Tampico’s cruise speed of 140 knots balances speed and fuel efficiency. Maintain this speed during cruise flight to cover longer distances while conserving fuel.
Tip 4: Enhance Stability with the Fixed Tricycle Landing Gear
The fixed tricycle landing gear provides stability during takeoff and landing. Utilize proper techniques to maintain directional control and minimize ground roll.
Tip 5: Consider the Range for Trip Planning
The Tampico’s range of 750 nautical miles allows for extended flights. Plan your trips considering refueling stops or intermediate destinations to avoid exceeding the aircraft’s range.
By following these tips, you can maximize the SOCATA Tampico’s specifications, ensuring a safe, efficient, and enjoyable flying experience.
Summary: Understanding and utilizing the SOCATA Tampico’s specifications, such as its high-wing design, useful load, cruise speed, fixed tricycle landing gear, and range, empowers pilots to optimize performance and enhance their overall flying experience.
Conclusion
The SOCATA Tampico is a versatile and capable aircraft, renowned for its high-wing design, single-engine efficiency, and fixed tricycle landing gear. Its specifications, including a useful load of 1,050 pounds, a range of 750 nautical miles, and a cruise speed of 140 knots, make it well-suited for flight training, air taxi, and personal transportation.
Understanding and maximizing these specifications are crucial for pilots to optimize the Tampico’s performance and enhance their flying experience. Proper utilization of the high-wing design for visibility and stability, optimizing the useful load for weight distribution, and maintaining the cruise speed for efficient travel are key factors in operating the Tampico effectively.