Tag: Recreational Pilot Licence

Let’s cover the basics and FAQs on how autopilot systems work on a plane.

What is Autopilot?

Autopilot systems on a plane involve computerised control inputs into the aircraft, reducing the workload on the pilot(s). Autopilot uses software to combine sensing elements, command elements and output elements. These monitor the aircraft and apply automated control for flight.

Software installed on an integrated computer designed to oversee and stabilise the altitude, speed, pitch and heading for the aircraft. By reducing the need for pilots to continuously fly the aircraft, it is less exhausting and intensive. The plane can often fly more efficiently – particularly over longer distances.

Autopilot systems on a plane can either maintain and hold their settings, such as straight and level. Alternatively, they can perform a cruise descent or a pre-programmed flight plan. Once a flight plane is entered, the autopilot software will oversee the multi-waypoint routes with integrated turns, climbs, descents and speeds.

When Do We Use Autopilot?

In commercial aircraft, it’s common to engage autopilot once the aircraft exceeds 500 to 1,000 feet above ground level. In general aviation (GA) and visual flight rules (VFR), pilots often turn autopilot on for navigational purposes.

Despite autopilot capabilities, pilots must retain full control of the aircraft through take-off and landing. That being said, modern autopilot systems are capable of allowing automated landings. Autopilot is also capable of disengaging and signalling to a pilot to take control of the aircraft.

How Does Autopilot Work?

In an aircraft fitted with autopilot, there are three categories of components that allow for software to oversee flight control. Central to this system is an autopilot computer to host software and a flight controller module for the pilot. Together, the computer and flight controller module form the command elements (plus radio and/or GPS navigation, if fitted).

The software monitors the aircraft’s sensing elements. This includes the directional and turn-and-bank indicator gyros, altitude indicator and altitude control. The software monitors aircraft positional indicators, heading and attitude. By monitoring the sensing elements, the control elements can then provide commands to the output elements. Any control inputs are sent to the output elements via electric signals to apply the appropriate corrective action.

 In 3-axis autopilot, the output elements include three servo actuators that control the ailerons, rudder and elevators. These motorised features can be controlled by the computer in the context of GPS and sensing elements. For example, if the wings are not level, the system receives a signal from the plane’s various indicators to apply corrective action. These then provide feedback to the computer so that the software can continuously monitor the aircraft.

Autopilot provides an aircraft with a system that oversees the flight components such as airspeed indication, accelerometers and navigation technology. When a pilot enters flight route information, the computer monitors the altitude and speed requirements along the route. This is using single-axis, two- or three-axis systems to control ailerons, rudders and elevators.

Is Putting the Plane on Autopilot Safe?

Aircraft should include a backup system in case autopilot fails. A pilot should always be on standby to take control of the aircraft if or when it is necessary. The safest combination for flight is a pilot who knows both the capabilities and limitations of the fitted autopilot system.

Autopilot is highly capable of detecting abnormal operations and analysing conditions and the required solutions. By making the necessary adjustments, the autopilot can reduce human error and ensure flight safety. Similarly, at any point, the pilot is capable of overriding the autopilot system and taking manual control of the aircraft.

Is Putting the Plane on Autopilot Safe?

Although autopilot makes an aircraft quite capable of automated flight, it requires human/pilot oversight for safety and best performance. This means its role in an aircraft is being a tool to assist the pilot’s workload management and control efficiencies. Similarly, a pilot can arguably fly better with autopilot. This makes a combination of pilot and autopilot safe for flight.

We hope this helps you understand how autopilot systems work on a plane!

Did you know that we have free flight training videos available on our YouTube channel? Check out the video below, and don’t forget to subscribe, so you get notified when new videos go live! 👇

Brushing up on your aviation English? We’ve compiled 10 basic aviation terms that every pilot should know. Aviation English is the international language used by members of civil aviation across the world. If you aim to communicate effectively, you’ll need to use clear, concise language to coordinate with controllers and other pilots.

1. The ICAO Alphabet/International Radiotelephony Spelling Alphabet

The first on our Aviation English list is the alphabet itself. You can use this internationally-used phonetic alphabet to communicate efficiently and avoid misunderstandings between pilots and tower operators.

Let’s improve your Aviation English right now. The ICAO phonetic alphabet includes code words assigned to the entire 26 letters of the alphabet. Here’s the list so that you can practice:

Alpha, Bravo, Charlie, Delta, Echo, Foxtrot, Golf, Hotel, India, Juliett, Kilo, Lima, Mike, November, Oscar, Papa, Quebec, Romeo, Sierra, Tango, Uniform, Victor, Whiskey, X-ray, Yankee, Zulu.

2. Air Traffic Control

Air Traffic Control is a vital team of aviation specialists who monitor and manage aviation traffic. This includes all active aviation traffic – ground, inbound and departure. Air traffic controllers have a primary role in managing safe and orderly traffic flow inside and between airports.

There are three categories of air traffic controllers who work cooperatively to achieve this: tower controllers, terminal controllers and en route controllers. To help them do their job, it’s vital that pilots have clear, concise and confident communication skills in Aviation English.

3. Circuit

A circuit refers to the arrival and departure procedures of an airport or aerodrome. The circuit itself includes a take-off leg, a crosswind leg (perpendicular to the runway), a downwind leg (parallel to the runway), a base leg and then the final leg. The En Route Supplement Australia (ERSA), developed by Airservices Australia, is a primary source of information on airport procedures in circuits (or ‘in pattern’). Upon arrival, departure or inside the circuit, clear aviation English is paramount to safe and efficient flying.

4. Approach

The approach of an aircraft is the process and patterns within which the pilot manoeuvres the aircraft in anticipation of landing at its destination. An aircraft’s approach can be achieved through Visual Flight Rules (VFR) or Instrument Flight Rules (IFR). On approach, you follow a series of predetermined waypoints and altitudes to oversee the safe arrival on the destination runway.

5. Final Approach

A final approach is the last ‘leg’ of flight, generally before landing on the designated runway. The final approach may be a ‘straight in’ approach from a multi-waypoint inbound flight, or it may be a final approach as a continuation of the base leg in the circuit.

6. Controlled Airspace

Australian airspace architecture works on a system of classes. Classes A, C, D and E are all forms of controlled airspace. These classes are actively monitored and managed by Air Traffic Control (ATC).

As per Airservices Australia:

Class A: A high-level en route controlled airspace is used predominately by commercial and passenger jets. Only  IFR flights are permitted, and they require an ATC clearance. These flights are provided with an air traffic control service and are positively separated from each other.

Class C: This is the controlled airspace surrounding major airports. Both IFR and VFR flights are permitted and must communicate with air traffic control. IFR aircraft are positively separated from both IFR and VFR aircraft. VFR aircraft are provided traffic information on other VFR aircraft.

Class D:  This is the controlled airspace that surrounds general aviation and regional airports equipped with a control tower. All flights require ATC clearance.

Class E: This mid-level en route controlled airspace is open to both IFR and VFR aircraft. IFR flights are required to communicate with ATC and must request ATC clearance.

Class G: This airspace is uncontrolled. Both IFR and VFR aircraft are permitted, and neither requires ATC clearance.

Note: At towered airports, the class of airspace may change subject to the time of day.

7. Go-Around (Go Round)

A go-around is the abortion of an aircraft landing due to unfavourable circumstances. These circumstances could be the result of wind and weather conditions, visibility, aircraft performance or even as a result of an unserviceable runway. Upon closely approaching the runway for landing, a pilot performs a ‘go-around’ by applying power and cancelling the landing by continuing to fly another circuit for another attempt.

8. Visual Flight Rules (VFR)

Visual Flight Rules (VFR) include flights in conditions where the pilot uses visual references as a primary navigation and control technique for managing the aircraft. These Visual Meteorological Conditions (VMC) change, subject to the airspace. The Visual Flight Rules Guide by CASA is a useful tool for pilots who are preparing for VFR flights.

9. Instrument Flight Rules (IFR)

When VFR conditions are not met, Instrument Flight Rules (IFR) apply to the pilot and aircraft. Under IFR conditions, the aircraft must be adequately equipped for IFR conditions (Instrument Meteorological Conditions, IMC), and the pilot must have appropriate training and endorsements.

10. Pilot’s Operating Handbook (POH)

The Pilot’s Operating Handbook (POH) is the pilot’s manual for the aircraft and operation. For a pilot looking to maintain skills and knowledge whilst operating the aircraft, the POH is fundamental. It’s a document developed by the aircraft manufacturer with all information considered important for the safe and effective operation of that aircraft.

At a minimum, a typical POH for aircraft will include the following:

• – General information: An introduction to the POH, definitions and summary of performance specifications (gross weight, top speed, cruise, range, rate of climb, stall speeds, total fuel capacity, total unusable fuel, fuel types and engine power.
  
• – Operational Limits: Airspeed limitations, ceiling, flight load factors, prohibited manoeuvres, passenger weight limitations, powerplant limitations, indicator markings etc.
  
• – Emergency Procedures: Recommended procedures for fire, electrical failure, voltage regulator failure, malfunctions, emergency landings and unusual flight conditions.
  
• – Normal Procedures: Preflight inspection, engine start, taxiing, take-off (normal, obstacle, soft field), climb, cruise, descent and approach, landing (normal, obstacle, balked), shutdown.
  
• – Flight Performance: Airspeed calibration, stall speeds, take-off and climb performance, landing performance, cruise performance.
  
• – Weight and Balance Equipment List: Operating weights and loading, installed equipment list, sample loading problems, loading graphics, flight envelope.
  
• – Description of Aircraft and Systems: Powerplant summary, aircraft specifications, aircraft three view, instrument panel, electrical system, fuel system.
  
• – Aircraft Group Handling and Servicing: Torques, fuel, oil, coolant, spark plugs, exhaust, tyres and tubes, wing removal/installation, towing, tie-down, cleaning and care.
  
• – Supplements: Additional information, such as a flight training supplement.
  

The POH will also include contact information for the manufacturer and support, compliance standards (design, construction, airworthiness, POH standard) and a revision summary for the POH.

Every pilot should aim to develop and expand their vocabulary to include commonly-used terminology in the industry and profession.

That’s a wrap! We hope these ’10 basic aviation terms every pilot should know’ are useful in improving your aviation English!

Did you know that we have free flight training videos available on our YouTube channel? Check out the video below, and don’t forget to subscribe, so you get notified when new videos go live! 👇

These Commercial Pilot Licence (CPL) FAQs are the perfect place for any pilot to start. Imagine getting up and heading to work, knowing that flying will be on the agenda today. Imagine replacing the everyday drone of keyboards and office phones with the rumble of an aircraft engine starting up. Look out your window next time you’re at work – wouldn’t the view be better from 5,000, 10,000 or 30,000 feet?

They say to do what you love, and you’ll never work a day in your life, so if you’re looking to turn your love for aviation into a career, it’s time to get your Commercial Pilot Licence (CPL). Let’s answer some FAQs.  

What does obtaining my CPL allow me to do?

The biggest Commercial Pilot Licence (CPL) FAQ! Obtaining a Commercial Pilot Licence allows you to fly professionally, meaning you can get paid to fly. It allows you to explore the wide range of different career paths a pilot might take. From flying scenic charters to doing mail runs to remote outback communities, from crop-dusting in the agricultural industry to captaining flights on the world’s biggest airlines, all of these exciting careers begin in the same place; obtaining your CPL.

What does getting my CPL involve?

To begin your CPL, you must have already completed your Recreational Pilot Licence (RPL) and your Private Pilot Licence (PPL). These licence programs will teach you how to fly a plane and how to navigate between two locations efficiently and safely. Once you have these qualifications, you’re ready to start your CPL training.

What practical and theoretical training do I have to do?

The first step in obtaining your CPL is to complete the theory component. There are 7 CPL theory exams that you must pass to move onto the flight training component, covering important areas of knowledge for a career in aviation.

Your CPL theory syllabus will include:

• – Aircraft General Knowledge
• – Meteorology
• – Flight Rules & Air Law
• – Navigation
• – Human Factors
• – Aerodynamics
• – Performance
• With your theory completed, it’s time for the fun stuff; flight training. Here you’ll get into the cockpit of the Diamond DA40 (and the AL42 Flight Simulator) for a number of training elements, including navigational exercises and a refresher on instrument flying. You’ll also have to build your hours up both with an instructor and solo. You’ll need to log at least 150 flying hours in total before your flight test, 70 of which need to be flown solo as a Pilot in Command (PIC).

With your hours logged, you’re almost there! Your instructor will take you for one final navigational flight to ensure you’re ready for the CPL flight test. The final flight test will require you to demonstrate all the skills you’ve learned and is completed with the CASA testing officer. Upon completion of this final step, you’ll be awarded your Commercial Pilot Licence – your first step into a career in aviation!

Can I Study CPL in Australia if I’m From Overseas?

Absolutely you can! Learn to Fly offers a Diploma of Aviation qualification, through which international students can apply for a student visa to study in Australia.

The pilot training industry in Australia is widely regarded as being of world-class standard, with pilots coming from around the world to study here. What’s more, the uncrowded skies and predominantly sunny weather make Australia an ideal spot for you to do your training!

Do I Need to Study the Bachelor of Aviation?

No. In fact, we don’t recommend you begin your flight training by doing a Bachelor of Aviation – it’s usually far more expensive and will take you longer to achieve your goals.

If you’re looking to begin a career in aviation, especially in the airline industry, we strongly suggest you take the following pathway:

1. 1. Study & obtain your Commercial Pilot Licence (CPL)
2. 2. Study & obtain your Multi-Engine Command Instrument Rating (MECIR)
3. 3. Study & obtain your Flight Instructor Rating (FIR)
   1. This will allow you to work as a flight instructor, a fantastic addition to your resume
4. 4. Once you’ve obtained the above qualifications, you can now undertake the Bachelor of Aviation while accumulating flying hours at the same time.

By following this pathway, at the end of 4 years, you will not only have a CPL, MECIR & Bachelor’s Degree, but also an FIR and a few hundred flying hours to your name. You’ll be ready to apply to airlines immediately.

Do You Offer Any Finance Options?

We sure do! We offer VET Student Loans for all our Diploma programs to enable financial assistance to prospective pilots.

VET Student Loans (VSL) is an Australian Commonwealth Government loan program that provides eligible, full-fee-paying students with assistance in paying their tuition fees for approved courses of study. This allows students to obtain qualifications and then gradually repay the loan over time whilst working in their chosen career.

Learn to Fly is a proud VSL-approved course provider. You can read more information here.

I’ve completed my CPL. What Next?

Need more than the above Commercial Pilot Licence FAQs? Well, like any job, building your skills will make your resumé more appealing to aviation employers. More ratings and endorsements mean you’re a more appealing candidate. There is a wide range of ratings and endorsements you can pursue to boost your employability – all while learning important new skills.

Some of our most popular endorsements include:

• – Night VFR (NVFR) Rating – allowing you to operate an aircraft outside of daylight.
• – Multi-Engine Class Rating – allowing you to operate multi-engine aircraft.
• – Multi-Engine Command Instrument Rating (MECIR) – allowing you to fly in more challenging weather and visibility conditions, including non-VFR night conditions.

These should answer the most commonly asked Commercial Pilot Licence (CPL) FAQs! There is a wide range of incredible training options on offer at Learn to Fly. Whether you’re looking to jumpstart your aviation career or take it in a new direction – we’ve got the solution for you.

Did you know that we have a free pilot licence and flying lesson videos available on our YouTube channel? Check out the video below, and don’t forget to subscribe, so you get notified when new videos go live! 👇

Always wanted to fly recreationally, but not sure how to take steps and make it a reality? The Recreational Pilot Licence (RPL) is your first pilot licence, and where every pilot’s aviation training journey begins.

During a recreational pilot training course you will learn the fundamentals of how to taxi, take off, fly, and safely land an aircraft. The course consists of both practical and theoretical training, eventually flying solo, and finally completing the RPL flight test.

Once you have your RPL, you can continue with further training if you want. The next licence is the Private Pilot Licence (PPL) and then, if you want to fly professionally, you can continue on to Commercial Pilot Licence (CPL) training.

The following frequently asked questions give you some more insight into the RPL process and requirements.

What are the general requirements for being able to obtain a Recreational Pilot Licence?

To obtain a Recreational Pilot Licence, you need to:

– Be at least 16 years old
– Have a current CASA issued medical certificate
– Build 20 hours in flight training with a flight instructor and 5 hours solo flying
– Pass an aeronautical theory exam and a flight test in a CASA approved aircraft in the presence of a CASA approved flight examiner.

Whilst you must be 16 years old to obtain the licence, you can actually start the training earlier than that. You must be at least 15 years old to fly solo (without an instructor).

How long is the training process?

The time it takes pilots to complete the RPL varies. Generally, if you decide to complete full time recreational pilot training (meaning flying and studying 4-5 days per week) you could be finished with your training within 4-6 weeks. Part time training will depend on exactly how much time you have available, but flying 1-2 days per week you will likely be finished in approximately 4-6 months.

What does a Recreational Pilot Licence allow me to do?

A Recreational Pilot Licence allows you to fly a single-engine aircraft with a maximum take-off weight of 1500kgs up to 25nm from your departure aerodrome, in Visual Flight Rules (VFR) conditions. You can carry up to three passengers, as long as you hold at least a Class II medical certificate.

If you are looking to fly further or carry more passengers, you will need to continue on to Private Pilot Licence training.

What theoretical training do I have to do?

You will need to complete the Recreational Pilot Licence (RPL) Theory course, which is broken in to the following subject areas:

– Aerodynamics
– General Aircraft Knowledge
– Human Factors
– Meteorology
– Air Law
– Navigation
– Flight Planning and Performance

You don’t have to complete the theory and practical syllabus at the same time. It’s possible to complete the RPL theory as a standalone course and then organise to complete the practical RPL flight training components separately.

We offer our standalone RPL theory course in a range of delivery methods including face to face or online. Completing the theory course online often works well for overseas pilots, as they can study theory in their home country and then only have to come to Australia to complete the practical flight training.

How do I maintain my licence?

After being approved for your licence, you are required to have a flight review with an Instructor every 2 years. If you are planning on flying with a passenger, you must have completed 3 take-offs and landings in the last 90 days.

It is of course recommended that you fly regularly (at least one hour per month). This is so you can ensure your general handling skills and emergency procedures are maintained. It’s essential that you keep your flight skills fresh to make sure you are safe in the air.

Are there any medical requirements?

There are some medical requirements for recreational pilots, but less than what is required to be a professional pilot. CASA requires that you obtain a medical certificate, but there are options.

You can fly on what is known as a Basic Class 2 medical certificate. This must be issued by an appropriate medical practitioner. The standards for this are similar to those required to drive a motor vehicle commercially. A Basic Class 2 medical certificate does have some operational restrictions though. To avoid this you require a standard Class 2 medical certificate, which must be issued by a Designated Aviation Medical Examiner (DAME).

There may be further medical requirements you need to meet if you have pre-existing health conditions or are over the age of 75.

For more information on recreational pilot training, get in touch with one of our Learn to Fly Flight Training Specialists. We can help to find the best way to get your flight training journey started.

Did you know that we have free Recreational and Private Pilot Licence flying lesson videos available on our YouTube channel? Check out the video below and don’t forget to subscribe so you get notified when new videos go live! 👇