Advanced Multi-Engine Formation VT-31 UPDATED MARCH 2012.

Slides:



Advertisements
Similar presentations
Air Refueling Procedures Brief
Advertisements

The OZ Display is used in conjunction with the nose camera view provided on the STE simulation. OZ integrates flight information provided by the Predator.
Parts of an Aircraft Parts of an Aircraft Gateway To Technology®
Contact Maneuvers.
Retreating Blade Stall
9.2 Maneuverability Important when: – Station keeping – UNREP – Docking – “Dodging incoming...” Predicted by: – Equations of Motion – Tank Models Verified.
Stability and Control.
Aircraft Motion and Control
Aircraft Motion and Control
Aerodynamic Theory Review 2
PROFILES & PROCEDURES FOR PIPER WARRIOR & CHEROKEE
6th grade Springton Lake
Short Field Takeoff & Landing
Omega KDC-10 Air-to-Air Refueling Procedures. KDC-10 Tanker Former Japan Airlines DC modified for air-to-air refueling (AAR) Flight Refueling Limited.
Normal Procedures Cirrus SR-22 Transition Training 8/16/04.
Leading Cadet Training
LESSON 3 Controlling the Flight.
Parts of an Aircraft and Propulsion Systems
2 Miles/Initial 1 Mile Upwind Initial X wind 45 to Initial Downwind 53% pwr 200 KIAS 200 PCL 50-55% 1200’ Radar Initial N Cypress 36 PCL – Max till.
1 AMA Precision Aerobatics JUDGES TRAINING PRESENTATION Effective 2011 AMA Precision Aerobatics JUDGES TRAINING PRESENTATION Effective 2011.
Steep Turns.
Eights-on Pylons Not to be confused with Eights around pylons Eights across a road Eights along a road.
Chandelles.
Review Chapter 12. Fundamental Flight Maneuvers Straight and Level Turns Climbs Descents.
Parts of an Aircraft. 8/7/2015Aerodynamics Day 12.
Airplanes How an Airplane flies?.
Advanced Formation Technique Review. Why Are We Here??? Improve our formation artistry Improve our formation artistry Airshow quality flight Airshow quality.
#4918. When an airplane is accelerated, some attitude indicators will precess and incorrectly indicate a A- climb. B- descent. C- right turn.
Utilizing your notes and past knowledge answer the following questions: 1) What part of the aircraft that is located on the outer portion of the trailing.
Utilizing your notes and past knowledge answer the following questions: 1) What part of the aircraft that is located on the outer portion of the trailing.
Utilizing your notes and past knowledge answer the following questions: 1) What part of the aircraft is located on the outer portion of the trailing edge.
Parts of an Aircraft Parts of an Aircraft Gateway To Technology®
Just fly until 500’ AGL (700’ MSL) Then turn crosswind
T-6B FORMATION F Updated 8 Jun PURPOSE  Provide instruction on the basics of formation flight to include:  underlying formation principles.
BOAT HANDLING.
Sport Class Formation Ground School Overview
Instruments, V-Speeds, and Airport Traffic Pattern Procedures
Rasta – Dec 05 Straight-Ins Abeam VFR Entry “CS, Request Straight-In” Clear for Instrument Approaches “Below 150, Gear Clear” Lower Gear and Flaps “Physically.
Principles Of Rotary Flight
Lecture 7: DESCENT PERFORMANCE
1)Aileron 2)Elevator 3)Rudder Aileron Ailerons can be used to generate a rolling motion for an aircraft. LOCATION: Ailerons are small hinged sections.
AVAT11001: Course Outline Aircraft and Terminology
SCHEMATIC MANEUVER DIAGRAMS AMA ADVANCED 403 Effective 2011 SCHEMATIC MANEUVER DIAGRAMS AMA ADVANCED 403 Effective 2011.
AVIATION By Daniel Velare. Airplanes  An Airplane Consist of five major parts  WING  POWERPLANT  LANDING GEAR  FUSELAGE  EMPENAGE  An Airplane.
SR-71 Blackhawk Flight & Space $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400.
PARTS OF AN AIRPLANE General Aviation planes vary in size and shape but the basic parts remain the same. Cirrus SR20 Piper Seneca Eclipse 500 Aviat Pitts.
Turns (pg FTM) Objective
Aircraft Motion and Control
AMA Precision Aerobatics JUDGES TRAINING PRESENTATION 2005 AMA Precision Aerobatics JUDGES TRAINING PRESENTATION 2005.
Private Pilot Ground School
Utilizing your notes and past knowledge answer the following questions: 1) What part of the aircraft is located on the outer portion of the trailing edge.
1 MAAC Precision Aerobatics JUDGES TRAINING PRESENTATION 2016 MAAC Precision Aerobatics JUDGES TRAINING PRESENTATION 2016.
Principles of Flight 3-6 JAN 2017.
Advanced Multi-Engine Formation
Forces and stability in aircraft
Design Refining a design.
PARTS OF AN AIRCRAFT.
UNIT -4 AERODROME DATA.
Introduction- The Airplane
Warm-Up – 8/24 – 10 minutes Utilizing your notes and past knowledge answer the following questions: What part of the aircraft that is located on the trailing.
Airplane Parts and Theory of Flight
West Point Aviation Club Private Pilot Ground Instruction
Warm-Up – 8/18 – 10 minutes Utilizing your notes and past knowledge answer the following questions: What part of the aircraft that is located on the outer.
Warm-Up – 8/23 – 10 minutes Utilizing your notes and past knowledge answer the following questions: What part of the aircraft is located on the outer.
Basic Instrument Scan T6BDriver.com Created: 4 Feb 2016
Navigation Instruments Overview & Objectives
What is an Airplane? Aircraft Airplane More general term
ACC LEVEL ONE FUNDAMENTALS OF BOWLING REVIEW
Pre-Solo Training Program
Medium Turns The Flight Training Manual - Section 9
Presentation transcript:

Advanced Multi-Engine Formation VT-31 UPDATED MARCH 2012

KNEEBOARD CARD REVIEW

RUNNING RENDEZVOUS RIDE THE 45 DEGREE BEARING IN ABEAM: 3-5 plane widths CLOSURE: 30kts MAX Initially After Takeoff: Lead: 140 KIAS Wing: 170 KIAS ABEAM: CLOSURE: Initially After Takeoff: Lead: Wing:

HORIZONTAL STAB ON UHF ANTENNA STARBOARD PARADE VERTICAL STAB THROUGH THE STAR

SPACE HORIZONTALLY BETWEEN HORIZONTAL STAB & UHF ANTENNA STARBOARD PARADE ACUTE VERTICAL STAB OUTSIDE STAR

HORIZONTAL STAB AHEAD OF AND COVERING UHF ANTENNA STARBOARD PARADE SUCKED VERTICAL STAB INSIDE STAR

HORIZONTAL STAB BELOW UHF ANTENNA STARBOARD PARADE HIGH

SPACE VERTICALLY BETWEEN HORIZONTAL STAB & UHF ANTENNA STARBOARD PARADE LOW STAR NO LONGER VISIBLE

STARBOARD TURNS AWAY INBOARD EXHAUST STACK ON OUTBOARD ENGINE VISIBLE UHF ANTENNA IN- LINE WITH FWD EDGE OF HORIZONTAL STAB FUSELAGE ON HORIZON

STARBOARD TURNS INTO SAME CHECK POINTS AS STARBOARD PARADE

DOUBLE STEP DOWN POSITION CROSSUNDER DOUBLE STEPDOWN CHECKPOINTS CROSSUNDER

TOO LOW – EXCESSIVE GAP BETWEEN STACK AND FUSELAGE CROSSUNDER

3-5 DEGREE HEADING CHANGE LEAD WING CROSSUNDER

CONTINUE OUT UNTIL THE OPPOSITE INBOARD EXHAUST STACK IS BEHIND THE ROTATING BEACON RELATIVE MOTION OF LEAD CROSSUNDER

PORT DOUBLE STEP DOWN CROSSUNDER

HORIZONTAL STAB ON UHF ANTENNA VERTICAL STAB IN LINE WITH MIDPOINT OF OUTBOARD WING PORT PARADE

PORT TURNS AWAY FUSELAGE ON HORIZON INBOARD EXHAUST STACK ON OUTBOARD ENGINE VISIBLE UHF ANTENNA IN- LINE WITH FWD EDGE OF HORIZONTAL STAB

PORT TURNS INTO SAME CHECK POINTS AS PORT PARADE

FREE CRUISE CORRECT DISTANCE 500 – 1000 FEET LEAD LIMITS: Power: 900 ft-lbs Pitch: ±20° AOB: ±45° A/S: 120/200 KIAS WING LIMITS: Power: 900 ft-lbs Pitch: ±45° AOB: ±60° A/S: NATOPS Limits LEAD LIMITS: Power: Pitch: AOB: A/S: WING LIMITS: Power: Pitch: AOB: A/S:

LEAD: 150 KIAS, 45° AOB & 180° HDG REVERSAL WING: With LEAD at 10 O’CLOCK, 150 KIAS 45° AOB, 200’ stepdown & 180° HDG REVERSAL LEAD: WING: BREAKUP & RENDEZVOUS

WING: REPORT “COLUMN” LEAD: WING FLASH 45° THEN ESTABLISH 20° AOB BREAKUP & RENDEZVOUS

USE AOB AT 150 KIAS TO ESTABLISH 60 BEARING LINE INDICATED BY OPPOSITE WING TIP ALINGED WITH TRAILING EDGE OF VERICAL STAB.

AS YOU LOSE SIGHT OF THE OUTER WINGTIP TRANSITION TO THE HORIZONTAL STABILIZER ABOVE THE STAR. BREAKUP & RENDEZVOUS

PORT TURNS INTO (DOUBLE STEPDOWN) HORIZ STAB, ANTENNA IN LINE INBOARD STACK OUTBOARD ENGINE VISIBLE TRANSITION TO STARBOARD SIDE: WING DIP POWER ADVANCE CROSS UNDER AND UP INTO STARBOARD TURNS AWAY BREAKUP & RENDEZVOUS

CROSS UNDER FROM THE STARBOARD POSITION AND CONTINUE OUT 2-3 PLANE WIDTHS. LEAD CHANGE

CLIMB TO PUT WING TIP ON ORANGE STRIPE LEAD CHANGE

ADD POWER AND DRIVE FORWARD DO NOT REPORT ESTABLISHED UNTIL YOU ARE AT 9-10 O’CLOCK POSITION ON OTHER AIRCRAFT WING IS RESPONSIBLE FOR SEPARATION AT ALL TIMES LEAD CHANGE

THIS IS WHAT LEAD WILL SEE AS WING TAKES THE LEAD. WING AIRCRAFT SHOULD BE SLIGHTLY STEPPED UP. LEAD CHANGE

LEAD: 60° AOB, POWER ON THROUGH 90° OF TURN THEN CONFIGURE ON SPEED. WING: POWER IDLE, CONFIGURE ON SPEED, BOTH AIRCRAFT LAND ON CENTERLINE. OVERHEAD RECOVERY

FLAPS AND GEAR CONFIGURED ON COMMAND 3710 MINS: CIRCLING MINS OR IF NOT PUBLISHED SECTION APPROACH

GEAR INSPECTION

QUESTIONS?