The content of modern aviation training materials is heavily focused on mathematical formulas. These formulas are a necessary part of the theoretical exams and are used to assess a level of knowledge before progressing to more practical flight training. While using formulas during flight can be time-consuming and exhausting, it is not always possible to rely on them. Pilots are not able to divert their attention to a calculator while flying, so the proficient pilot must use airmanship to determine when mental shortcuts can be used in place of precise calculations. However, it is strongly recommended that pilots gather accurate data for all aspects of flight performance, such as takeoff and landing, weight and balance, obstacle clearance, and fuel management. Mental models can be used as a secondary check in these situations, but it is important to obtain factual data from calculators, graphs, and charts. This book aims to simplify the calculations that pilots must make on a daily basis while flying. It is not meant to replace formal aviation training, but rather to supplement it.
Topics Include:
THE BASICS
- The nautical mile and a little bit of history
- The 1 in 60 rule (or 60:1)
- Speeds and time
- Angles
- Conversions
- Note on the use of autopilot
- CTM graph
- True airspeed (TAS)
- Mach number and TAS
- That aircraft ahead of you
- Climb and descent gradients
- Calculating a top of descent (TOD)
- TCAS RA, pitch change, and VSI
- Approach, glide path, flight path angle (FPA)
- Radar tilt and beam width
- A little trigonometry and the 1975 rule
- Headwind, tailwind, and crosswind components
- Drift correction angle from XWC and vice versa
- Maximum wind effect
- Pythagorean theorem and a simplification
- The wind diagram on your HSI or ND
- Correcting drift during approach
- Time and distance to station without DME
- GPS or IRS and DME distance differences
- Maximum theoretical range of a VHF signal
- Database waypoint naming rules
- Bank angle and standard rate-of-turn
- Turn radius
- Lead turns and radial interception angles
- Holding pattern drift and time corrections
- Turn anticipation on large aircraft
- Pressure, temperature, and ΔISA
- Altimeter setting and true altitude
- Pressure altitude
- Density altitude
- Relative humidity
- Altitude corrections in cold weather
- Instant ΔISA temperature reading during climb or descent
- Condensation level and cloud base
- Ram rise
Utilizing the guidelines of Part 66, Aircraft Structures and Systems, like all ATB EASA modules, adhere precisely to the specified content, order, and necessary learning levels (L1, 2, or 3) for the accredited B2 avionics maintenance technician program. Numerous national authorities have approved this module as a component of the training curriculum for Part 147 schools under their jurisdiction.
As prescribed in Part 66 Appendix 1, the topics are divided in 22 sections:
- Aeroplane Aerodynamics and Flight Controls (L1)
- Aeroplane Structures (L1, 2)
- Autoflight ATA 22 (L3)
- Communication and Navigation ATA 23-24 (L3)
- Electrical Power ATA 24 (L3)
- Equipment and Furnishings ATA 25 (L3)
- Flight Controls ATA 27 (L2)
- Instruments ATA 31 (L3)
- Lights ATA 33 (L3)
- On Board Maintenance Systems ATA 45 (L3)
- Air Conditioning and Pressurization ATA 21 (L1, 2, 3)
- Fire Protection ATA 26 (L3)
- Fuel Systems ATA 28 (L1, 2, 3)
- Hydraulic Systems ATA 29 (L1, 3)
- Ice and Rain Protection ATA 30 (L1, 2, 3)
- Landing Gear ATA 32 (L1, 3)
- Oxygen ATA 35 (L3)
- Pneumatic and Vacuum Systems ATA 36 (L3)
- Waste and Water Systems ATA 38 (L2)
- Integrated Module Avionics ATA 42 (L3)
- Cabin Systems ATA 44 (L3)
- Information Systems ATA 46 (L3)
A complete table of contents is included with the Look Inside link above.
Gain a comprehensive understanding of aircraft structures and systems through clear explanations and detailed full-color illustrations. This module has been designed to help aircraft technicians learn essential skills and understand the underlying concepts. It covers all required topics for FAA A&P students while also providing a higher level of proficiency for EASA licenses.
Product Specifications:
- ISBN: 9781941144978
- Publisher:
- Aircraft Technical Book Company
- Edition: 004.2
- Pages: 676
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