Paragraph		Page
1.	SCOPE	1
1.1	PURPOSE	1
1.2	APPLICATION	1
1.3	LIMITATIONS	4
2.	TAILORING GUIDANCE	4
2.1	SELECTING THE METHOD	4
2.1.1	EFFECTS OF ENVIRONMENT	5
2.1.2	SEQUENCE	6
2.2	SELECTING PROCEDURES	6
2.2.1	PROCEDURE SELECTION CONSIDERATIONS	6
2.2.2	DIFFERENCE AMONG PROCEDURES	7
2.3	DETERMINE TEST LEVELS AND CONDITIONS	7
2.3.1	CLIMATIC CONDITIONS	7
2.3.2	TEST ITEM CONFIGURATION	8
2.3.3	MULTI EXCITER CONSIDERATION	8
2.4	TEST ITEM OPERATION	8
3.	INFORMATION REQUIRED	8
3.1	PRETEST	9
3.2	DURING TEST	10
3.3	POST-TEST	10
4.	TEST PROCESS	10
4.1	TEST FACILITY	10
4.1.1	PROCEDURE I - GENERAL VIBRATION	10
4.1.2	PROCEDURE II - LOOSE CARGO TRANSPORTATION	11
4.1.3	PROCEDURE III - LARGE ASSEMBLY TRANSPORT	11
4.1.4	PROCEDURE IV - ASSEMBLED AIRCRAFT STORE CAPTIVE CARRIAGE AND FREE FLIGHT	11
4.2	CONTROLS, TOLERANCES, AND INSTRUMENTATION	11
4.2.1	CONTROL STRATEGY	11
4.2.1.1	ACCELERATION INPUT CONTROL STRATEGY	11
4.2.1.2	FORCE CONTROL STRATEGY	12
4.2.1.3	ACCELERATION LIMIT STRATEGY	12
4.2.1.4	ACCELERATION RESPONSE CONTROL STRATEGY	12
4.2.1.5	WAVEFORM CONTROL STRATEGY	12
4.2.2	TOLERANCES	13
4.2.2.1	ACCELERATION SPECTRAL DENSITY	13
4.2.2.2	PEAK SINUSOIDAL ACCELERATION	15
4.2.2.3	FREQUENCY MEASUREMENT	16
4.2.2.4	CROSS AXIS ACCELERATIONS	16
4.2.3	INSTRUMENTATION	17
4.3	TEST INTERRUPTION	17
4.3.1	INTERRUPTION DUE TO LABORATORY EQUIPMENT MALFUNCTION	17