Aircraft Familiarization
vAMC MAJCOM Training | Cockpit systems, engine start, performance data
OBJECTIVE
Develop comprehensive knowledge of your assigned AMC aircraft (C-17, C-130, KC-135, or KC-46), including cockpit layout, primary flight systems, engine start procedures, and performance characteristics to achieve FPN-level (First Pilot) familiarity per vAFMAN 11-206 §1.2.1 standards.
Platform-Specific Training
This lesson is tailored to your assigned aircraft. Study the specific aircraft manual and cockpit guide for your platform (C-17, C-130, KC-135, or KC-46).
CONTENT
Cockpit Layout & Instrument Panel
Develop familiarity with the cockpit layout to achieve "fingertip-level" proficiency—the ability to locate any control or indicator without searching.
- • Primary Flight Display (PFD): Attitude, airspeed, altitude, vertical speed, heading
- • Navigation Display (ND): Map mode, plan mode, waypoint information, terrain awareness
- • Engine Instruments: N1/N2, EGT, fuel flow, oil pressure/temperature
- • Overhead Panel: Electrical, hydraulics, pressurization, fuel, lighting
- • Center Pedestal: Throttles, flap lever, speed brake, radios, transponder
- • FMS/CDU: Flight management system, route programming, performance calculations
FPN-LEVEL PROFICIENCY STANDARD
You should be able to point to any critical control or indicator within 3 seconds when verbally queried. Practice "blindfold cockpit" familiarization to build muscle memory.
Engine Start Procedures
Master the engine start sequence for your platform. You should be able to execute a manual start from memory.
GENERIC START SEQUENCE (Varies by Aircraft)
- 1. Verify battery power / external power connected
- 2. Confirm fuel quantity and valve positions
- 3. Set start switch / selector to appropriate engine
- 4. Monitor N2 rotation and introduce fuel (fuel lever/condition lever)
- 5. Monitor EGT rise and stabilization
- 6. Confirm stable idle (N1/N2, oil pressure, generators online)
- 7. Repeat for remaining engines per aircraft-specific sequence
Note: Consult your specific aircraft checklist. Start sequences vary significantly between C-17 (4 engines), C-130 (4 turboprops), KC-135 (4 engines), and KC-46 (2 engines).
Aircraft Performance Basics
Understand your aircraft's performance characteristics for effective mission planning.
KEY PERFORMANCE PARAMETERS (Know These)
Weight Limits
- • Max Takeoff Weight (MTOW)
- • Max Landing Weight (MLW)
- • Max Zero Fuel Weight (MZFW)
- • Operating Empty Weight (OEW)
Fuel Data
- • Max fuel capacity
- • Typical fuel burn per hour (cruise)
- • Bingo fuel calculation
- • Emergency fuel minimums
Speed Limits
- • VMO/MMO (max operating)
- • Typical cruise speed (Mach/KIAS)
- • Flap limit speeds
- • Gear limit speeds
Other Limits
- • Service ceiling
- • Maximum crosswind component
- • Turbulence penetration speed
- • APU operating limits
PLATFORM QUICK REFERENCE (Approximate)
| Parameter | C-17 | C-130J | KC-135 | KC-46 |
|---|---|---|---|---|
| Engines | 4x PW F117 | 4x RR AE2100 | 4x CFM56 | 2x PW PW4062 |
| MTOW | 585,000 lbs | 164,000 lbs | 322,500 lbs | 415,000 lbs |
| Cruise | M0.77 | 320 KTAS | M0.82 | M0.82 |
| Fuel Cap | 181,000 lbs | 61,000 lbs | 200,000 lbs | 212,000 lbs |
| Ceiling | 45,000 ft | 28,000 ft | 50,000 ft | 43,000 ft |
Values are approximate. Refer to your specific aircraft flight manual for actual limitations.
Primary Systems Overview
Understand the major aircraft systems and their basic operation.
- • Electrical: Generators, bus architecture, battery backup, external power
- • Hydraulic: System pressure, flight control actuation, landing gear, brakes
- • Fuel: Tank configuration, crossfeed, transfer, dumping (if applicable)
- • Pressurization: Cabin altitude, outflow valve, emergency depressurization
- • Flight Controls: Primary/secondary, autopilot modes, trim systems
- • Navigation: FMS, GPS, VOR/ILS, TCAS, weather radar
COMPLETION STANDARDS
Upon completion of this lesson, you should be able to:
- • Identify all primary cockpit controls and displays within a reasonable time when queried
- • Execute a manual engine start sequence from memory (with checklist verification)
- • State key performance limitations (MTOW, MLW, speeds, fuel capacity)
- • Describe the function of major aircraft systems
- • Calculate approximate fuel burn for a given flight time
Completion: Self-study review; knowledge verified during A1101 flight