TM-10-1670-302-10 Aerial Resupply and Accompanying Bundle System (ARABS) NSN 1670-01-351-8587 Manual

CHAPTER 1 INTRODUCTION - TM-10-1670-302-10_8
Reporting Equipment Improvement Recommendations
List of Abbreviations - TM-10-1670-302-10_10
Section II. EQUIPMENT DESCRIPTION
Location and Description ofMajor Component.
Location and description or Major Components - Continued
Figure 1-2. Parachute Assembly (Sheet I of 3)
Figure 1-2. Parachute Assembly (Sheet 2 of 3)
Figure 1-2. Parachute Assembly (Sheet 3 of 3)
Location and Description of Major Components - Continued - TM-10-1670-302-10_17
Location and Description of Major Components - Continued - TM-10-1670-302-10_18
Figure 1-3. Airborne Guidance Unit
Location and Description of Major Component - Continued
igure 1-4. Free Fall Kit Components
Transmitter/Controller (TIC)
Figure 1-5. Transmitter/Controller
Differences Between Models - TM-10-1670-302-10_24
Equipment Data - Continued
Section III. PRINCIPLES OF OPERATION
Deployment System Overview. - Continued
Main Parachute
Figure 1-6. Components of ARABS (Sheet 1of 2)
Figure 1-6. Components of ARABS (Sheet 2 of 2)
Transmitter/Controller (T/C)
Equipment Functioning - Continued
Deployment Sequence
Figure 1-7. Deployment Sequence
CHAPTER 2 OPERATING INSTRUCTIONS
Section I. DESCRIPTION OF OPERATOR'S CONTROLS AND INDICATORS
Figure 2-1. AGU Activation Switch
Airborne Guidance Unit (AGU) - Continued - TM-10-1670-302-10_38
Figure 2-2. AGU Control Switches (Sheet 1 of 2)
Airborne Guidance Unit (AGU) - Continued - TM-10-1670-302-10_40
igure 2-2. AGU Control Switches (Sheet 2 of 2)
Transmitter/Controller (T/)C)
Figure 2-3. T/C Rotary Switch
Transmitter/Controller (T/C) - Continued
Figure 2-4. T/C AGU Select/Mode Switches
Transmitter/Controller
Figure 2-5. T/C Steering Switches
Transmitter/Controller (T/C).-Continued - TM-10-1670-302-10_48
Figure 2-6. T/C Braking Switches
Transmitter/Controller (T/C).-Continued - TM-10-1670-302-10_50
Figure 2-7. T/C Auxiliary Function Switches (Sheet 1of 2)
Transmitter/Controller (T/C).-Continued - TM-10-1670-302-10_52
Figure 2-7. T/C Auxiliary Function Switches (Sheet 2 of 2)
Transmitter/Controller (T/C).-Continued - TM-10-1670-302-10_54
Figure 2-8. T/C Channel Increase, Decrease, and Timer Check Switches
Transmitter/Controller (T/C).-Continued - TM-10-1670-302-10_56
Figure 2-9. T/C Channel Display and Status LED s (Sheet 1 of 2)
Transmitter/Controller (T/C).-Continued - TM-10-1670-302-10_58
Figure 2-9. T/C Channel Display and Status LEDs (Sheet 2 of 2)
Section II. PREVENTIVE MAINTENANCE CHECKS AND SERVICES (PMCS)
Explanation of Operator's PMCS Table Columns-Continued
Table 2-1. Preventive Maintenance Checks and Services for the ARABS-Continued - TM-10-1670-302-10_62
Figure 2-10. Major ARABS Components (Sheet 1of 2)
Figure 2-10. Major ARABS Components (Sheet 2 of 2)
Table 2-1. Preventive Maintenance Checks and Services for the ARABS-Continued - TM-10-1670-302-10_65
Section III. OPERATION UNDER USUAL CONDITIONS - TM-10-1670-302-10_66
Figure 2-11. T/C and Timer Programming (Sheet 1of 3)
Tablet 2-2. Channel Selection/Frequency Cross Reference
Tablet 2-2. Channel Selection/Frequency Cross Reference cont.
Initial Programming. Checks, and Self Tests. Continued
Figure 2-11 T/C and Timer Programming (Sheet 2 of 3)
Initial Programming. Checks, and Self Tests
Initial Programming, Checks, and Self Test - Continued - TM-10-1670-302-10_73
Initial Programming, Checks,and Self Test - Continued
Figure 2-11. T/C and Timer Programming (Sheet 3 of 3)
Initial Programming, Checks, and Self Test - Continued - TM-10-1670-302-10_76
Drop Zone Preliminary Operation
Drop Zone Preliminary Operation - Continued
Jumpmaster Duties
Jumpmaster Duties - Continued - TM-10-1670-302-10_80
Jumpmaster Duties - Continued - TM-10-1670-302-10_81
Jumpmaster Duties - Continued - TM-10-1670-302-10_82
Jumpmaster Duties - Continued - TM-10-1670-302-10_83
Flying/Controlling Drop From Ground-Based T/C.
Figure 2-12. Flying/Controlling Drop From Ground-Based T/C (Sheet 1 of 2)
Flying/Controlling Drop from Ground-Based T/C - Continued
Figure 2-12. Flying/Controlling Drop From Ground-Based T/C (Sheet 2 of 2)
Air-to-Air Control of System
Air-to-Air Control of System - Continued - TM-10-1670-302-10_89
Air-to-Air Control of System - Continued - TM-10-1670-302-10_90
Air-to-Air Control of System - Continued - TM-10-1670-302-10_91
Air-to-Air Control of System - Continued - TM-10-1670-302-10_92
Air-to-Air Control of System - Continued - TM-10-1670-302-10_93
Air-to-Air Control of System - Continued - TM-10-1670-302-10_94
Air-to-Air Control of System - Continued - TM-10-1670-302-10_95
Air-to-Air Control of System - Continued - TM-10-1670-302-10_96
Air-to-Air Control of System - Continued - TM-10-1670-302-10_97
Air-to-Air Control of System - Continued - TM-10-1670-302-10_98
Air-to-Air Control of System - Continued - TM-10-1670-302-10_99
Operation of ARABS in Delayed Opening Mode
Operation of ARABS in Delayed Opening Mode - Continued WARNING It is highly recommended that free fall bundles he ground controlled. A parachutist descending below an ARABS in free fall could possibly risk collision upon deployment of his main parachute. Free fall rate of descent is directly related to the size and weight of the payload. A heavier payload with the same drag area will have a proportionately higher rate of descent. As an example, a 500 pound payload with a drag area (bottom surface) of approximately 1.4 square feet (10 x 20 inches) will descend under the drogue at approximately the same speed as a free fall parachutist, while a load with the same area and only 200 pounds in weight or a 500 pound payload with a standard size of 30 x 40 inches (8.33 ft2), will descend at roughly half of that rate. With larger sized payloads, the rate of descent would be proportionately less. This is an important consideration if the load is to be accompanied in free fall by a parachutist, for air control of the load. It would be ultimately impossible for a jumper to follow a bundle that is only descending at 60 mph. 2-67
Auxiliary Function Use
Figure 2-13. Auxiliary Function Use
Fully Automatic Landings
Fully Automatic Landings - Continued
Decals and Instruction Plates - TM-10-1670-302-10_106
Section IV. OPERATION UNDER UNUSUAL CONDITIONS
Hot Climates
CHAPTER 3 OPERATOR'S MAINTENANCE
Section I. LUBRICATION INSTRUCTIONS
Table 3-1. Operator Troubleshooting Procedures
Section III. MAINTENANCE PROCEDURES
AGU Batteries
Battery Care
Battery Check Procedures
Figure 3-1. T/C Battery Check and Charging
Battery Check Procedures - Continued
Battery Charging, Procedure.
Figure 3-2. Charging T/C Battery
Battery Charging Procedure - Continued
Figure 3-3. AGU Battery Charger
CHAPTER 4 MAINTENANCE OF AUXILIARY EQUIPMENT
APPENDIX A REFERENCES - TM-10-1670-302-10_123
Technical Manuals
APPENDIX B COMPONENTS OF END ITEM LIST (COEI) Section I. INTRODUCTION
Section III, BASIC ISSUE ITEMS.
Figure B-1. Components of End Item (Sheet 1 of 9)
Figure B-1. Components of End Item (Sheet 2 of 9)
Figure B-1. Components of End Item (Sheet 3 of 9)
Figure B-1. Components of End Item (Sheet 4 of 9)
Figure B-1. Components of End Item (Sheet 5 of 9)
Figure B-1. Components of End Item (Sheet 6 of 9)
Figure B-1. Components of End Item (Sheet 7 of 9)
Figure B-1. Components of End Item (Sheet 8 of 9)
Figure B-1. Components of End Item (Sheet 9 of 9)
Section II. COMPONENTS OF END ITEM
Section II. COMPONENTS OF END ITEM - Continued - TM-10-1670-302-10_137
Section II. COMPONENTS OF END ITEM - Continued - TM-10-1670-302-10_138
Section II. COMPONENTS OF END ITEM - Continued - TM-10-1670-302-10_139
ALPHABETICAL INDEX - TM-10-1670-302-10_140
ALPHABETICAL INDEX CONT. - TM-10-1670-302-10_141
ALPHABETICAL INDEX CONT. - TM-10-1670-302-10_142
ALPHABETICAL INDEX CONT. - TM-10-1670-302-10_143
ALPHABETICAL INDEX CONT. - TM-10-1670-302-10_144
ALPHABETICAL INDEX CONT. - TM-10-1670-302-10_145

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