KSL ATP 107 study materials
KSL ATP 107 study resources

KSL ATP 107 cheat sheet

KSL ATP 107 · Keep the key ideas within reach.

Quick reference

FAR/AIM and General Operating Rules

  • Class A airspace: FL180 and above within 48 contiguous states and Alaska; IFR clearance and Mode C transponder required.

  • VFR cloud clearance above 10,000 ft MSL: 5 SM visibility, 1,000 ft above, 1,000 ft below, 1 SM horizontal from clouds.

  • Class B airspace requires an explicit clearance ("cleared into the Class B"); Class C and D require only two-way radio established.

  • Basic VFR weather minimums in Class G below 1,200 ft day: 1 SM visibility and clear of clouds.

  • Transponder Mode C required in Class A, B, C, and within the 30 NM Mode C veil of a Class B primary airport.

  • Alcohol: 8 hours bottle-to-throttle, blood alcohol under 0.04 percent, and no impairment; 0.04 or refusal triggers reporting.

  • Medical certificate durations under BasicMed: 61 months if under 40, 49 months if 40 or older.

  • Right-of-way: converging aircraft of same category - the one on the right has right-of-way; head-on both turn right.

Quick reference

Aircraft Systems and Performance

  • Density altitude rises about 120 ft per degree Celsius above standard temperature at a given pressure altitude.

  • True airspeed increases roughly 2 percent per 1,000 ft of altitude for a given indicated airspeed.

  • Load factor in a level turn: n = 1 / cos(bank angle); 60 degrees bank equals 2.0 G and a 41 percent stall-speed increase.

  • Stall speed increases with the square root of load factor: Vs(new) = Vs x sqrt(n).

  • Best glide speed yields maximum time aloft and maximum range in still air; headwind raises the speed for best range.

  • Alternator failure: battery powers the electrical system for a limited time; shed nonessential loads and land as soon as practical.

  • Carburetor ice is most likely with temperatures between -7 C and 21 C and relative humidity above 50 percent.

  • POH landing distance must be increased for runway slope, wind, and surface; a 10 percent increase in weight raises takeoff distance about 20 percent.

Quick reference

Meteorology and Weather Decision-Making

  • Standard lapse rate: 2 C per 1,000 ft (about 3.5 F per 1,000 ft) in the troposphere.

  • Convective SIGMET: severe or embedded thunderstorms, lines of storms, or tornadoes affecting an area.

  • AIRMET Tango: moderate turbulence, sustained surface winds 30 kt or more, or nonconvective low-level wind shear.

  • Ceiling is the height above ground of the lowest broken or overcast layer; VFR requires ceiling above 3,000 ft for many operations.

  • Freezing rain implies a warm layer aloft above a subfreezing surface layer; structural icing risk is severe.

  • Dew point spread of 2 C or less with cooling overnight favors fog formation.

  • Occluded front: a cold front overtakes a warm front; associated weather is often the most complex and widespread.

  • Wind shear on final: go-around if unable to maintain a stable approach speed and glidepath.

Quick reference

Navigation and Flight Planning

  • True course plus or minus wind correction equals true heading; magnetic heading = true heading minus magnetic variation (east is least).

  • Compass heading = magnetic heading plus or minus deviation from the compass card.

  • Time en route = distance / groundspeed; fuel required = time x fuel burn rate plus a legal reserve.

  • Day VFR fuel reserve: 30 minutes; night VFR: 45 minutes; IFR: 45 minutes.

  • VOR radials are magnetic bearings from the station; CDI centered with a FROM indication means the aircraft is on that radial.

  • GPS RAIM availability must be checked for the planned time and area when using GPS as the sole means of navigation.

  • 1 in 60 rule: 1 NM off course at 60 NM equals about 1 degree of course error.

  • Magnetic variation east means magnetic north is east of true north; subtract easterly variation from true heading.

Quick reference

Human Factors and Aeronautical Decision-Making

  • IMSAFE checklist: Illness, Medication, Stress, Alcohol, Fatigue, Emotion.

  • DECIDE model: Detect, Estimate, Choose, Identify, Do, Evaluate.

  • Hypoxia symptoms include euphoria, headache, tingling, and impaired judgment; time of useful consciousness drops sharply above FL250.

  • Hyperventilation produces dizziness and tingling; treatment is controlled breathing and reducing the rate of ventilation.

  • Spatial disorientation: trust the flight instruments, not bodily sensations, in IMC.

  • Get-there-itis is a classic hazardous attitude; the antidote is recognizing and neutralizing the pressure to complete a flight.

  • Carbon monoxide poisoning produces headache and drowsiness; suspect it with cabin heat use and treat with fresh air and oxygen.

  • Crew resource management relies on assertiveness, situational awareness, and closed-loop communication.

Quick reference

Air Traffic Control Procedures and Communications

  • Readback is required for clearances, runway assignments, hold-short instructions, and altitude assignments.

  • Squawk codes: 1200 VFR, 7500 hijack, 7600 radio failure, 7700 emergency.

  • Initial callup includes facility name, aircraft call sign, position, altitude, and request.

  • "Line up and wait" is not a takeoff clearance; do not begin takeoff until cleared for takeoff.

  • Pilot deviation: if a clearance is unclear or unsafe, query ATC before acting.

  • Lost communications VFR: continue under VFR, land as soon as practical, and notify ATC.

  • Class D airspace uses a tower; contact tower before entering; the tower controls the surface up to the ceiling shown on the chart.

  • Position reports on a non-radar route include aircraft identification, position, time, altitude, and next reporting point and ETA.

Quick reference

Emergency Procedures and Safety of Flight

  • Engine failure in flight: establish best glide, pick a landing site, attempt restart per checklist, and declare an emergency.

  • Emergency descent: use maximum allowable airspeed, descend, and turn away from traffic; squawk 7700 and advise ATC.

  • In-flight fire: shut off fuel and electrical sources to the affected area, use the extinguisher, and land as soon as possible.

  • Emergency frequency 121.5 MHz; guard channel monitored by ATC and emergency services.

  • Forced landing without power: land into the wind, on the longest available surface, and touch down at minimum controllable speed.

  • Loss of cabin pressure: don oxygen masks, descend to below 10,000 ft, and declare an emergency.

  • ELT activation on 121.5 or 406 MHz; test only during the first five minutes of the hour.

  • Survival priorities: protection, location, water, and food, in that order.