FAA commercial helicopter pilot theory foundations case studies
FAA commercial helicopter pilot theory foundations · Put your knowledge to work in context.
This independent study page provides practice for FAA commercial helicopter pilot theory foundations. Its editorial learning areas include Rotary-wing aerodynamic foundations; Rotor controls and transmission; Powerplant and helicopter systems; Hover performance, loading and margins; Weather mechanisms and reports; Basic navigation, time and fuel; Human factors and decision making; FAA responsibility and rule scope. The questions develop subject knowledge and application through worked reasoning, distinctions between competing answers, and practical scenarios. Study the relevant guide before attempting a mixed set, then explain the evidence or calculation that supports each answer. The FAA commercial helicopter pilot theory foundations case studies are 4 cases and about 749 words.
1A weighted center-of-gravity result
A fictional helicopter loading model gives an initial weight of 1800 pounds at an arm of 100 inches from the datum. It adds 250 pounds of fuel at 110 inches.
189 words, under 1 min2A leg calculation excluding reserve
A fictional navigation worksheet gives a helicopter a 90 nautical-mile leg, a constant groundspeed of 60 knots and a fuel-consumption rate of 16 gallons per hour. It explicitly asks for leg time and trip fuel only, excluding reserve, taxi and all other planning allowances.
178 words, under 1 min3Evidence that conflicts with the preferred plan
A fictional preflight discussion records worsening visibility, a reduced power margin at the proposed landing site and fatigue reported by a pilot. The pilot selects one earlier favorable report and says the flight should continue because previous visits were successful.
193 words, under 1 min4A stated rotorcraft reserve calculation
A fictional VFR rotorcraft planning exercise supplies a flight time of 2 hours and a constant normal-cruise consumption of 12 gallons per hour. It asks for trip fuel plus the twenty-minute normal-cruise amount identified in 91.151(b), with taxi and all other allowances expressly excluded from the arithmetic.
189 words, under 1 min