UB 3

Content

INTRODUCTION
TITLE 1 - INTRODUCTORY PROVISIONS
TITLE 2 – THEORETICAL TRAINING
TITLE 3 – PRACTICAL TRAINING
TITLE 4 – INSTRUCTOR QUALIFICATIONS
APPENDIX 1 - CAPACITY CHART
APPENDIX 2 – PERSONAL LETTER OF THE STUDENT

INTRODUCTION

This regulation defines the minimum requirements for pilot training of ultralight hot air balloons managed by LAA CR. The training curriculum is adapted to the nature of the operation of these balloons.

 

TITLE 1 - INTRODUCTORY PROVISIONS

1.1. This ultralight hot air balloon (hereinafter referred to as “BAL”) pilot training syllabus sets out the content and sequence of training on an ultralight hot air balloon (hereinafter referred to as UB). It is binding on all students, pilots, instructors and inspectors who conduct or conduct UB pilot training.

1.2. UB must have a valid technical license issued by the LAA of the Czech Republic and take out liability insurance for damages caused by operation.

1.3. Meteorological conditions during training must correspond to VFR flight conditions according to BAL 1 regulations.

1.4. A pilot - a student may not fly alone, unless he has the consent of the flight instructor who supervises him.

Before the first independent flight, the student pilot must reach the minimum age of 15 years.
For persons under the age of 18, the consent of legal representatives is required.
An applicant for a UB pilot license must be at least 16 years of age.

1.5. At the beginning of the training, the so-called Chief Instructor is appointed, who

He guides the student through the entire training.
Together with other instructors, he is responsible for keeping training documentation in the form of a student personal sheet (see Appendix 2).
Responsible for adherence to procedures and completeness of training curriculum.
Must be present for at least 50% of the student's training flights.

1.6. The instructor conducting the training must have available

Learning aids for training

a. LAA CR regulations

1. LA 1
2. PACKAGE 1
3. UL 2 part 7

b. a map of the Czech Republic with valid aviation information,
c. Act No. 49/1997 Coll. and Decree No. 108/1997 Coll. to the necessary extent and valid wording,
d. means for providing first aid,
e. means for connecting to the emergency medical assistance center,
f. radio connection (according to the assignment of individual flight training tasks),
g. accompanying vehicle with driver,
h. Student's pilot log (here the student keeps training data and later serves as a pilot's log).

1.7. Theoretical training must be carried out in the minimum prescribed range (see chapter 2) and cover the full range of required knowledge. Completion of the theoretical teaching will be confirmed by the Head Instructor in the pupil's personal sheet.

1.8. When evaluating students in the practical part of the training, instructors are required to use this evaluation:

Passed – no errors, errors corrected correctly and on time,
Failed - errors corrected late or not at all.

1.9. The number of flights and hours in the schedule are minimal. The instructor will decide on their actual number based on the student's evaluation.

1.10. The order of tasks in practical training is decided by the Chief Instructor.

1.11. The student may not perform independent flights without the supervision and presence of an instructor.

1.12. The final exam may be conducted by a traffic inspector whose share did not exceed 50% of the practical training.

 

TITLE 2 – THEORETICAL TRAINING

2.1. Theoretical preparation is carried out by an instructor or lecturers with adequate knowledge of the given subject. Participation in this training is evaluated and recorded by the instructor leading the training. The sequence of theoretical preparation must be such that a correct understanding of the material of the given subject is always ensured well in advance of the practical part of the training.

2.2. The minimum scope of theoretical teaching is 25 hours.

2.3. Syllabus of theoretical teaching

1. AVIATION REGULATIONS
1 - 1 VFR flight rules
1 - 2 ATC procedures for aircraft operations
1 - 3 L series aviation regulations relating to BAL operations
1 - 4 Division of the airspace of the Czech Republic
1 - 5 Air traffic services and air traffic organization
1 - 6 AIS Aviation Information Service (AIP, AUP, NOTAM - content, access to current information)
1 - 7 Search and rescue
1 - 8 Emergency reporting
1 - 9 Act No. 49/1997 Coll., on civil aviation and implementing decrees as amended - parts relating to BAL operations
1 - 10 BAL 1 – in full
1 - 11 Procedure for setting the altimeter
2. HUMAN PERFORMANCE
2 - 1 The human factor; basic concept
2 - 2 Fundamentals of aviation physiology and health care
2 - 3 Basics of aviation psychology
3. METEROLOGY
3 - 1 Atmosphere
3 - 2 Wind
3 - 3 Thermodynamics (Principle of Heating the Atmosphere)
3 - 4 Clouds and fog
3 - 5 Precipitation
3 - 6 Layers of air and fronts
3 - 7 Pressure systems
3 - 8 Danger to flight
3 - 9 Meteorological information
4. COMMUNICATION
4 - 1 VFR communication
4 - 2 Relevant weather report (VFR) terms
4 - 3 Action required when connection is lost
4 - 4 Emergency and urgency procedures
4 - 5 General principles of VHF propagation and frequency allocation
5. BASICS OF FLIGHT
5 - 1 The principle of balloon flight
5 - 2 Aerostatics
5 - 3 Load limits
5 - 4 Operational limitations
6. FLIGHT PERFORMANCE AND PLANNING
6 - 1 Weights - Load capacity chart, maximum load capacity
6 - 2 Flight trajectory plan, choice of landing sites with respect to fuel supply
6 - 3 Flight monitoring and in-flight planning
7. CONSTRUCTION OF THE BALLOON, ITS SYSTEMS AND EQUIPMENT
7 - 1 Balloon construction, loading, maintenance
7 - 2 Packaging
7 - 3 Burner
7 - 4 Fuel bottles
7 - 5 Basket
7 - 6 Propane / LPG
7 - 7 Devices
7 - 8 Emergency equipment
8. NAVIGATION
8 - 1 Navigation - in general, the basics of navigation
8 - 2 Magnetism and the Compass
8 - 3 Maps
8 - 4 Procedures for disorientation
8 - 5 In-flight navigation
8 - 6 GPS

 

TITLE 3 – PRACTICAL TRAINING

3.1. The goal is to teach the student to make the right decision about the execution of the flight, to master all elements of the piloting technique for independent execution of the flight, the actions of emergency procedures, he is able to navigate the balloon and communicate in flight. The instructor places particular emphasis on the pupil's immediate and correct reactions, his confidence in budgets, estimates and decisions about the further course of the flight. When training a balloon pilot, it is necessary to take into account the fact that each balloon flight has its unique peculiarities and the student must be able to react correctly and in time to the situations that arise. To train a balloon pilot who is considerate of third parties, professionally responsible.

The exercise numbering serves mainly as a reference and as a rough sequence of exercises, and it is not necessary to fly the lessons exactly according to the given order. The actual ranking depends on the following related factors:

a. On the pupil's abilities and his progress,
b. On the current flight weather,
c. On the length of the flight (time),
d. On the considered technique of instruction – theory or practical example,
e. On the environment in which the flight takes place,
f. On the type of balloon.

3.2. The minimum scope of practical training is

a. One student familiarization flight with an instructor in a balloon for 2 people,
b. Min. 4 hours of independent student flight during anchored operation under the supervision of an instructor,
c. Min. 6 hours of practical solo flight under the supervision of an instructor while mastering all elements of the syllabus in point 3-4.

3.3. For the entire training, the maximum permissible ground wind force is 3 m/s.

3.4. Syllabus of practical training

C. Role Description
1 Pre-flight preparation - flight decision A)Meteo preparation. It builds on the student's knowledge in the field of meteorology, on sources of meteorological information and their analysis and evaluation.
B)Space. Consideration of the place of take-off, expected track, places for suitable landing. Work with ICAO chart and chart for comparative navigation. NOTAM messages. "Sensitive" areas - farms, protected areas.
C)Aircraft information. Familiarization with the flight manual. Parts of the balloon, its systems and equipment. Focus in particular on operational limitations, performance and determination of take-off weight (crew and amount of fuel), comparison with carrying capacity (Chart of carrying capacity) vs. MTOW. Validity and completeness of the balloon's documents and its equipment.
D)Theory of exercises for the upcoming flight. Use of checklists and procedures (Flight Manual - hereinafter referred to as LP).
2 Crew briefing Organization and briefing the crew, the second person in the basket and the spectators. Appropriate clothing.
3 Assembling and unfolding the balloon A)Selection of take-off point directly in space. Evaluation of wind and obstacles. Ensure the safety of helpers on the ground and spectators during the balloon take-off.
B)Balloon assembly and inspection. Carefulness, logical sequence of actions, responsibility. Emphasis on air release devices, all support elements, fabric, fuel system connections, fuel supply and burner test. It also includes a gear check.
4 Inflating A)Filling with cold air. Securing the balloon against spontaneous take-off. Work with a disconnector, anchoring to a fixed point (most often the front of the car).
B)Hot air filling. Cooperation with assistants with an emphasis on handling the crown rope and assistants at the mouth. Fan operation and position. Procedures after filling (checking ZVV, ropes, carabiners, equipment, setting devices...).
5 Home A)Balancing the balloon. Assessment of the correctness of the theoretical take-off weight calculation with the current state at take-off. Assessment of the temperature in the package at take-off. Pre-launch instructions and checks. "load/unload basket" – procedure for ground crew. Control of the freedom of the basket (against the unwanted removal of persons).
B)Take-off. Disengagement of the disconnector. When determining the rate of climb, take into account the wind speed and the height of obstacles in the direction of flight. Ensure the safety of helpers on the ground and spectators during the balloon take-off. Storing the disconnect switch in the basket. Taking off from a confined space - danger of obstacles, consideration of flight speed.
6 Climbing into horizontal flight A)Climbing to a specified height. Increase the speed of individual climbs gradually. Adherence to the selected speed. Checking the space above the balloon. Temperature change in the packaging. Limits on rate of climb given LP. Alignment at a specified height.
7 Descending into horizontal flight A)Descending to a specified height. Increase the speed of individual descents gradually. Adherence to the selected speed. Checking the space under the balloon. Temperature change in the package. Limits on rate of climb given LP. Balancing at a set height.
8a Emergency procedures A)Ignition burner failure – ignition of the burner by emergency means
B)Main flight valve failure (closed, open)
C)Gas leak. Fuel hose damage or system leak.
D)Overheating of the packaging - the fall of the fuse. Subsequent flight without sharp maneuvers. The procedure that follows the flight. The fall of the fuse is only simulated.
E)Damage to packaging in flight. It is possible to practice by opening the ZVV slightly.
F)Landing with non-functional ZVV.
G)RV failure landing – use of a maneuvering rope and helpers, turning the balloon sideways with your feet.
8b Other emergency procedures A)Fire in flight, on the ground, use of a fire extinguisher and mask. (Working with a fire extinguisher is practiced theoretically).
B)Obstacle avoidance. Rehearsing the "fly over or land" decision. Flight over obstacles. Emphasis on the difference between a low and a high hurdle.
C)Contact with power lines – specific dangers in the event of a collision with el. management. Emergency exit of the basket (practiced theoretically).
D)Landing in a confined space. The use of the maneuvering rope, its placement in the basket, anchoring to the balloon and the organization of helpers on the ground.
E)Rotary valve failure
9 Navigation A)Navigation - choice maps, drawing the expected trajectory (calculation navigation), position and time marking (comparative navigation), estimated flight length, max. flight height (from the point of view of ATC, weather, package temperature, burner power), in-flight planning, weather observation for flight and subsequent actions, monitoring of fuel consumption and temperature in the package, communication with the escort, use of GPS, activities in case of loss of orientation.
B)Flight in direction. Use of wind direction and speed at different altitudes and the effect of orography on the direction of flight.
10 Working with fuel A)Assembling the fuel system. Burner systems; pilot flame supply (liquid / gas); fuel quantity requirement and expected fuel consumption; fuel condition and fuel pressure; fuel reserve; fuel gauge.
B)Filling gas into flight cylinders. Emphasis on gloves and minimizing the risk of igniting the released gas.
11 Zoom in from low level When choosing a place for landing, take into account the terrain, vegetation, wind, obstacles, availability of escort, consideration for third parties. Controlled descent to increasingly smaller heights until touching down. Checking the space around the balloon. Abort the landing and continue the flight.
12 Approach and landing from high level Same as the previous point, only from a high level
13 Low level flight before landing (terrain copying) Ground flight training at low altitudes, which transitions into terrain copying. Verification of terrain effect on flight. Weather without thermals and moss. turbulence. Space without built-up areas and forest stands. Consideration, use of a quiet burner. Paravalve use, space control, obstacle avoidance. Practice of short regular heating.
14 Landing A)Landing – Instruct the crew. Communication with escort. Correct and constant rate of descent. Checking the space around the balloon. Use of ZVV. Pay attention to decisiveness and certainty of execution. Action after landing, organization of safe launch and packing. Behavior towards landowners.
B)Landing in difficult conditions. Training is carried out with safety in mind to a reasonable stage
a) Landing in the union and on the slope,
b) Hard (from rapid descent),
c) Landing in thermals,
d) Landing in a thicket (practiced theoretically),
e) Landing near obstacles (tree).
C)Landing in a wind shadow (behind an obstacle). Danger of hidden obstacles, electric wires. knowledge. Pay attention to the correct execution of the maneuver.

Note: "Crew" means the persons involved in the preparation of the balloon for take-off and packing after landing.

 

TITLE 4 – INSTRUCTOR QUALIFICATIONS

4.1. Requirements for inclusion in training

1. holder of a valid pilot qualification min. 2 years,
2. a raid of at least 75 hours,
3. knowledge of the Czech language, spoken and written,
4. recommendation of the UB operation inspector.

4.2. Instructor training

The instructor's training is focused on acquiring teaching skills, especially with regard to andragogic procedures, visualization and the art of recognizing mistakes in piloting. The teaching can be conducted by another instructor, checked by an inspector. Instructor training ends with an exam.

4.3. Method of awarding the qualification

The chief traffic inspector will grant the qualification to the instructor based on the fulfillment of all requirements documented by a personal letter. Based on it, the LAA CR register will enter the qualification in the pilot's license.

The applicant must demonstrate that he/she can:

1. Pre-flight briefing,
2. the nomenclature of the components of the balloon, of all the subjects he teaches, both aeronautical and flight,
3. is oriented in the Aviation Regulations and laws of the Czech Republic,
4. controls his balloon and the pupil's balloon (they can be different and many),
5. is proficient in piloting and has a perfect command of emergency procedures and Flight Manuals,
6. controls ATC and AFIS communication,
7. has a perfect overview of the components of the rescue system and has connections to them, performs a practice announcement of a balloon crash with fatal injury,
8. proves that he knows how to lead the pupil's teaching, explains, introduces the aim and procedures of the practiced task, emphasis is placed on debriefing and evaluation, preferably live teaching with the pupil,
9. knows administrative procedures and keeping documentation about the balloon and training.

 

APPENDIX 1 - CAPACITY CHART

 

APPENDIX 2 – PERSONAL LETTER OF THE STUDENT