Cheat sheet

SIFT Selection Instrument for Flight Training Cheat Sheet

Quick Facts

Exam
SIFT
Owner
U.S. Army
Sections
Seven
Score
20-80
Qualify
40
Attempts
Two total tests
Retest
45 days after failure
Appointment
Up to 3 hours
Format
Web-based only
Weights
Not published

Attitude Scan

Bank, Pitch, Position

Tilt: bankHeight: pitchTerrain: position

Rotation vs Reflection

Rotation

  • Turns figure
  • Handedness preserved
  • Feature order stays

Reflection

  • Mirrors figure
  • Handedness reverses
  • Feature order flips

Turn vs mirror

Visual Picker

  1. One figure differsFeature scan(SD)
  2. Target is embeddedAnchor then trace(HF)
  3. Horizon is tiltedClassify bank(SAT)
  4. Horizon is lowTest nose-high(SAT)
  5. Horizon is highTest nose-low(SAT)
  6. Directions feel reversedReset cockpit view

Simple Drawings

Goal
Find one different figure
Closure
Check gaps first
Orientation
Compare matching directions
Line count
Count decisive segments
Angle
Spot sharpness changes
Symmetry
Check mirror balance
Pacing
Fast, accurate scanning

Pitch vs Flight Path

Pitch

  • Nose attitude
  • Horizon-height cue
  • Not climb proof

Flight path

  • Movement direction
  • Needs additional cues
  • May oppose pitch

Attitude vs movement

Hidden Figures

Target
Exact embedded shape
Anchor
Start distinctive junction
Turns
Preserve turn sequence
Lengths
Match relative segments
Intersections
Trace required crossings
Extra lines
Ignore background extensions
Pacing
Accuracy before random guesses

Spatial Apperception

Viewpoint
Stay inside cockpit
Horizon tilt
Shows aircraft bank
Low horizon
Suggests nose-high attitude
High horizon
Suggests nose-low attitude
Level horizon
Suggests wings level
Terrain
Supports position cues
Flight path
Not pitch alone

Three Controls

Cyclic tilts; Collective lifts; Pedals yaw

Cyclic: directionCollective: total pitchPedals: heading

Cyclic vs Collective

Cyclic

  • Cyclic blade pitch
  • Tilts rotor disc
  • Changes direction

Collective

  • All blades together
  • Changes rotor thrust
  • Coordinates power

Tilt vs total thrust

Control Picker

  1. Tilt rotor discCyclic
  2. Change total thrustCollective
  3. Control yawPedals
  4. Counter rotor torqueTail rotor
  5. Transfer pilot inputsSwashplate
  6. Engine loses powerAutorotation(Airflow drives rotor)

Flight Controls

Cyclic
Tilts rotor disc
Collective
Changes all blade pitch
Pedals
Control yaw
Swashplate
Transfers control inputs
Throttle
Controls engine power
Main rotor
Produces primary thrust
Tail rotor
Counters main-rotor torque

Pitch vs Angle of Attack

Pitch attitude

  • Aircraft versus horizon
  • Nose orientation
  • Cockpit cue

Angle of attack

  • Chord versus wind
  • Controls airfoil lift
  • Critical angle stalls

Horizon vs relative wind

Flight Forces

Lift
Aerodynamic upward force
Weight
Gravity downward
Thrust
Propulsive force
Drag
Opposes relative motion
Relative wind
Opposite flight path
Angle of attack
Chord versus relative wind
Stall
Critical angle exceeded

Rotor Flight

Ground effect
Near-ground rotor efficiency
Translational lift
Cleaner airflow efficiency
Dissymmetry
Unequal blade airspeeds
Blade flapping
Balances rotor lift
Autorotation
Airflow drives rotor
Torque reaction
Fuselage opposes rotor
Density altitude
Higher reduces performance

Motion Triangle

Distance = Rate x Time

d = rtr = d/tt = d/r

Passage vs Outside Facts

Passage proof

  • Text supports
  • Scope matches
  • Few assumptions

Outside fact

  • May be true
  • Text never proves
  • Reject on RCT

Supported beats familiar

Guessing Picker

  1. SD time nearly endsAvoid random guesses
  2. HF time nearly endsAvoid random guesses
  3. AAIT items remainEducated guesses
  4. SAT items remainEducated guesses
  5. RCT items remainEducated guesses
  6. Adaptive clock runsKeep brisk accuracy

Section Clocks

SD
100 Q / 2 min
HF
50 Q / 5 min
AAIT
40 Q / 30 min
SAT
25 Q / 10 min
RCT
20 Q / 30 min
MST
Adaptive / 40 min
MCT
Adaptive / 15 min

Reading Proof

Main idea
Central supported claim
Detail
Locate exact support
Inference
Fewest added assumptions
Absolute
Requires absolute support
Scope
Match passage boundaries
Outside facts
Do not import
Tie-breaker
Choose stronger evidence

Math Core

Percent change
Difference / original
Proportion
Cross-multiply equal ratios
Average
Sum / count
Weighted average
Weighted sum / total weights
Rate
Quantity / time
Work rate
Add reciprocal times
Estimate
Check sign and scale

Math Formulas

Distance
d = rt
Rectangle area
A = lw
Triangle area
A = bh / 2
Circle area
A = pi r squared
Circumference
C = 2 pi r
Right triangle
a squared + b squared = c squared
Slope
Rise / run

Mechanics Trio

Torque turns; Work moves; Power rates

T = F x armW = F x dP = W/t

Torque vs Power

Torque

  • Turning effect
  • Force x arm
  • About a pivot

Power

  • Work rate
  • Work / time
  • Speed of transfer

Turning vs work rate

Mechanics Picker

  1. Turning about pivotTorque
  2. Force moves objectWork
  3. Work rate askedPower
  4. Fluid force askedPressure x area
  5. Circuit values givenV = IR
  6. Pulley force askedCount support strands

Forces + Machines

Net force
Causes acceleration
Torque
Force x moment arm
Work
Force x distance
Power
Work / time
Lever balance
Opposing torques equal
Pulley advantage
Count supporting strands
Meshed gears
Opposite directions
Large driven gear
Less speed, more torque

Series vs Parallel

Series

  • One path
  • Same current
  • Open breaks all

Parallel

  • Multiple branches
  • Same branch voltage
  • Other branches continue

One path vs branches

Fluids + Circuits

Pressure
Force / area
Hydraulics
Pressure transmitted through fluid
Buoyancy
Displaced-fluid weight
Ohm law
V = IR
Electric power
P = VI
Series current
Same through components
Parallel voltage
Same across branches
Open circuit
No current path

Common Traps

Published time vs score

Section clocks are official Scoring weights unpublished

Visual guessing

SD/HF penalize wrongs Avoid random guessing

Fixed unanswered items

AAIT/SAT/RCT count wrong Use educated guesses

Adaptive pacing

Length varies Too few may penalize

Pitch vs climb

Nose-high is attitude Climb needs movement cues

Machine advantage

Force decreases Distance increases

Gear direction

Adjacent gears reverse Belt rules differ

Passing retest

Qualifying score is final No improvement retest

Last Minute

  1. 1.40 qualifies; score range 20-80
  2. 2.Seven subtests; two are adaptive
  3. 3.SD/HF: accurate, no random guesses
  4. 4.AAIT/SAT/RCT: fill remaining items
  5. 5.MST/MCT: brisk, accurate progress
  6. 6.SAT: cockpit view, horizon first
  7. 7.RCT: passage proof beats familiarity
  8. 8.Cyclic tilts; collective changes thrust
  9. 9.Pedals control yaw
  10. 10.Angle of attack uses relative wind
  11. 11.Torque = force x moment arm
  12. 12.Pressure = force / area
  13. 13.V = IR; power = VI
  14. 14.Passing score cannot be retaken
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