- SAWE Online Training
- Advanced Mass Properties Measurement
- Airline Fleet Weight vs. Individual Weight
- Airline Fuel Conservation
- Airline Operations & CG Curtailment Guidelines
- Airline Weight and Balance Operations
- Aircraft Weight and Balance Class
- Aircraft Weight Estimating and Use of RP8 for Weight Allocation
- Automated Weight and Balance System (AWBS) Training
- Dynamic Balancing Course
- Exhibitor Technology Classes
- Helicopter Conceptual Design
- INCOSE Systems Engineering Handbook Tutorial
- Introduction to Aircraft Weighing
- Introduction to Naval Architecture
- Marine Systems Weight Estimating Methods Based on SAWE RP 14
- Marine Weight Control & Weight Estimating Methodology
- Marine Weight Control - Based on SAWE RP 12 & 14
- Measuring Mass Properties
- Principals of Mass Properties Management & Control for Military Aircraft – SAWE RP 7
- SAWE Conference Planning Committee Training
- SAWE International/Chapter Officer or Committee Chairman Orientation
- Ship Inclining Experiment
- Structural Analysis/Optimization
- General Terms - On-Site Classes
Aircraft Weight and Balance Class
The instructor will assume the student has basic knowledge of weight and balance. The class will demonstrate and teach proper procedures for weighing and completing forms for military aircraft. A take home test will be provided.
The class will consist of about 12 hours of lecture and 12 hours of a "hands-on session" that will include weighing an aircraft.
The lectures will use T.O. 1-1B-50, (T.O. 1-1B-50 is being replaced in 2009 with a joint service weight and balance manual, title is TBD), as a course reference. The classroom discussion will include definitions; instructions on the DD 365 series forms; and the use of the AWBS (Automated Weight and Balance System), AFF (automated Form F generators), load adjusters, and Vector diagrams.
The "hands-on" session will include actual weighing of and aircraft and demonstration of recommended procedures for aircraft handling, equipment techniques, leveling, jacking, and other tasks.
The intent of this class is to provide the student with an understanding of a weight and balance system and "pitfalls" involved with weighing aircraft. The class will conclude with a "take home" test to verify that the class has provided the student with the basic knowledge necessary to perform weight and balance on an aircraft without help from others.
Basic calculators, paper, pencils, pens, and "highlighter" may be needed for examples and exercises. Wear khakis or jeans since part of the class is in an aircraft hangar. For safety reasons, wear rubber soled shoes. No open toed shoes will be allowed. Students may be exposed to the hazards of weighing an aircraft and jet fuel vapors.
Thomas E. Oole, United States Air Force (Retired)