Certified Flight Paramedic (FP-C) Examination Study Guide

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A helicopter lands across a hillside, and the shortest path from the ambulance crosses the uphill side. Hold the team in a visible location and obtain the crew’s directed approach route before moving the patient.

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During loading, a blanket lifts from the stretcher and moves toward the helicopter’s rear. Keep personnel with the secured patient, alert the aircraft crew, and let them control recovery rather than sending someone after it.

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A landing helicopter creates a dense dust cloud that hides its skids. The loading team remains outside the operating area and reports the visibility problem instead of advancing toward the noise to save time.

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After prolonged wakefulness, a clinician repeatedly loses their place during equipment checks. They report the impairment and request reassignment or rest before another mission, even though the transport request is clinically urgent and emotionally compelling.

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During an unpressurized flight, a normally precise crew member becomes unusually cheerful and makes repeated communication errors. The team treats this as possible hypoxia, initiates its oxygen response, and informs the pilot promptly.

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A sealed, flexible gas pocket contains 30 mL at an absolute pressure of 760 mm Hg. At 570 mm Hg, assuming unchanged temperature and no leakage, its predicted volume is 40 mL: 760 × 30 ÷ 570.

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A patient with severe lung disease is stable on supplemental oxygen before departure but desaturates during ascent. Reassess oxygen delivery and ventilation, and discuss cabin-altitude options because lower ambient oxygen pressure can worsen existing gas-exchange limitation.

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Two aircraft offer the same cruising altitude but different planned cabin pressures. For a pressure-sensitive patient, compare the cabin profiles and available contingency responses rather than selecting transport solely from the aircraft’s external operating altitude.

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An anxious passenger develops tingling and rapid breathing during ascent. The crew ensures oxygen is available and evaluates altitude exposure while coaching controlled breathing, instead of immediately assigning a purely psychological explanation to the symptoms.

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After intubation, the chest appears to rise but no sustained carbon dioxide waveform develops. Reassess tube location immediately while maintaining oxygenation; do not accept condensation or an initially normal saturation as adequate confirmation of tracheal placement.

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The capnography trace vanishes immediately after a stretcher transfer while the monitor still displays an organized rhythm. Assess the patient and pulse while another clinician checks the tube and circuit, rather than assuming the displayed rhythm confirms circulation.

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A patient weighs 120 kg but has a predicted body weight of 60 kg. An initial 6 mL/kg tidal volume is 360 mL, followed by reassessment of plateau pressure, ventilation, oxygenation, and overall tolerance.

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A passive patient receiving 6 mL/kg predicted body weight has a valid plateau pressure of 33 cm H2O. Reassess lung-protective settings and consider reducing tidal volume within the recommended range rather than accepting the starting volume as automatically safe.

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After transport movement, peak pressure increases from 25 to 40 cm H2O while plateau remains 22. The patient remains passive, and inspiratory flow, tidal volume, PEEP, and other relevant settings are unchanged. Inspect for tube kinking, secretions, or circuit resistance before attributing the change to worsening compliance.

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A comatose post-arrest patient has an end-tidal carbon dioxide of 28 mm Hg but a PaCO2 of 41 mm Hg. Maintain appropriate arterial ventilation and investigate the gradient. Do not decrease ventilation merely to raise the end-tidal reading; doing so could produce arterial hypercapnia despite the initially normal PaCO2.

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After unsuccessful intubation during a transport resuscitation, bag-mask ventilation produces chest rise. Continue effective ventilation and CPR while a trained clinician prepares the supraglottic backup, rather than repeating an unchanged attempt.

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After airway medication, MAP falls from 90 to 65 mm Hg while ICP falls from 26 to 18. CPP declines from 64 to 47 mm Hg; restore perfusion and reassess medication effects.

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Before transferring a patient on propofol, review infusion dose and duration. New unexplained acidosis with muscle injury or cardiac deterioration warrants urgent reassessment of the infusion and competing causes.

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After initial resuscitation, a septic patient remains hypotensive and develops crackles. A passive leg raise produces no meaningful stroke-volume increase. Reconsider further fluid and assess vasoactive support rather than using hypotension alone as proof of persistent volume responsiveness.

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A septic patient’s lactate remains elevated despite improved perfusion and increasing pulmonary edema. Reassess ongoing shock, clearance, and treatment effects before giving another bolus, because the laboratory trend alone cannot establish that more fluid will help.

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An adult with septic shock remains poorly perfused after initial fluid assessment, with no dynamic evidence of responsiveness. Begin or titrate appropriate vasopressor support while reassessing the cause of shock, rather than cycling through unselected fluid boluses.

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A treated adult has improving pH and falling beta-hydroxybutyrate, but urine ketones increase. This demonstrates response without necessarily establishing resolution. Continue assessing until plasma ketones are below 0.6 mmol/L and either venous pH is at least 7.3 or bicarbonate is at least 18 mmol/L.

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An adult with confirmed DKA has potassium of 3.1 mmol/L. Prioritize monitored potassium replacement and delay insulin until potassium is above 3.5 mmol/L, rather than starting insulin immediately because the glucose concentration is markedly elevated.

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An adult with established type 2 diabetes taking an SGLT2 inhibitor has vomiting, deep rapid breathing, glucose of 178 mg/dL, bicarbonate of 12 mmol/L, and beta-hydroxybutyrate of 4.8 mmol/L. Diabetes history, ketonemia, and acidosis establish euglycemic DKA despite the modest glucose.

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Two family members develop headache and confusion after using a generator indoors. One has a conventional saturation of 99%. Treat the shared exposure as significant and obtain co-oximetry rather than using the saturation to dismiss carbon monoxide poisoning.

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A patient briefly lost consciousness during a heater malfunction but has a modest carboxyhemoglobin result after prolonged oxygen. Preserve the exposure history and initial neurologic findings when discussing definitive care; do not downgrade risk from the later laboratory value alone.

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A monitored patient has MAP 82 mm Hg and ICP 25 mm Hg, giving CPP 57 mm Hg. Reassess both systemic pressure and intracranial causes while restoring perfusion, rather than focusing only on the apparently acceptable MAP.

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ICP rises briefly during a stretcher move, then returns to baseline with an unchanged examination. Verify the signal and trend. A sustained rise above 22 mm Hg with worsening pupils requires a different urgency and response.

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A 35-year-old with severe TBI develops systolic pressure of 94 mm Hg after an intervention. Reassess the cause and restore pressure promptly; accepting a generic adult threshold would overlook the higher age-specific pressure recommendation for this patient.

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A ventilated TBI patient has no acute herniation signs, but someone proposes a PaCO2 target of 25 mm Hg to prevent swelling. Maintain an appropriate ventilation strategy and explain that routine vasoconstriction can reduce perfusion to injured brain.

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Before intubation, a patient localizes bilaterally; later, one side no longer moves. Communicate the component change and medication timing rather than reporting only a lower total score that could be attributed indiscriminately to airway management.

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A transfer record says an antiseizure medication was started after severe TBI. During handoff, identify whether it is early prophylaxis or active seizure treatment and communicate any observed events, rather than assuming the medication prevents all future seizures.

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An adult has regular monomorphic wide-complex tachycardia, a palpable pulse, systolic pressure of 72 mm Hg, and new confusion. Prepare synchronized cardioversion promptly rather than spending the available time on a diagnostic medication trial.

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A patient becomes unresponsive during sustained wide-complex tachycardia whose axis and morphology change from beat to beat. Deliver the indicated unsynchronized shock promptly rather than repeatedly adjusting synchronization settings while the rhythm continues and perfusion deteriorates.

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At a rhythm check, the monitor shows organized narrow complexes but no pulse is found. Resume CPR and follow the nonshockable pathway while evaluating reversible causes, rather than shocking because the electrical activity persists without effective circulation.

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A patient has a pulse, preserved blood pressure, and a regular monomorphic broad-complex rhythm. Adenosine may be considered within the treatment plan. If the rhythm becomes irregular or perfusion deteriorates, reassess the pathway instead of repeating the same approach.

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A patient with a slow rhythm becomes hypotensive and diaphoretic, with worsening confusion. Support oxygenation and perfusion, assess reversible causes, and prepare bradycardia treatment and escalation rather than observing solely because a pulse remains present.

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During a supported transport, balloon inflation begins before the dicrotic notch. Recognize early inflation and obtain the appropriate timing correction, because a large augmented pressure does not compensate for obstruction of late systolic ejection in the patient.

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An IABP waveform shows good diastolic augmentation but a delayed pressure fall before the next systole. Review deflation timing and signs of impaired unloading instead of assuming an impressive augmented peak means the device is functioning optimally.

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A resuscitated adult has MAP 58 mm Hg and cool extremities. Reassess circulation and provide appropriate support to restore pressure and perfusion rather than waiting for recurrent arrest or treating the presence of a pulse as sufficient recovery.

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A bleeding trauma patient becomes progressively colder during a long transfer despite covered torso wounds. Reduce unnecessary exposure, warm the environment and appropriate infusions, and monitor temperature while continuing hemorrhage control and blood-product resuscitation throughout transport.

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During rapid transfusion, a trauma patient develops worsening hypotension and prolonged QT with a low ionized calcium result. Recognize citrate-associated hypocalcemia as a treatable contributor while continuing to evaluate ongoing bleeding and other causes of deterioration.

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A patient with major traumatic hemorrhage is assessed 70 minutes after injury. Confirm the treatment plan and prior administration promptly while controlling bleeding, instead of waiting for specialized coagulation testing before considering time-sensitive antifibrinolytic therapy during transfer.

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A patient continues to bleed after traumatic injury, and fibrinogen is 1.2 g/L. Communicate the specific deficit and need for targeted replacement within the hemorrhage plan rather than assuming more crystalloid will restore clot formation or address the mechanism.

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An adult has 8% partial-thickness injury and a separate 12% area of dry, blanching, painful erythema without blistering. The burn-size estimate for major-burn assessment is 8%, rather than adding both areas to report 20%.

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A toddler has burns involving the head and one leg. Use an age-adjusted body map and document partial- versus full-thickness regions rather than assigning adult rule-of-nines values to both areas during the transport assessment and handoff.

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A patient has a small deep burn across the hand and wrist that threatens function. Seek burn-specialist consultation based on depth and location instead of allowing the low surface-area percentage to determine the entire referral decision.

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A third-trimester patient has epigastric pain, platelets of 72,000/µL, LDH of 780 IU/L, and transaminases three times normal. Communicate concern for HELLP and arrange urgent obstetric management even though the current blood pressure is only mildly elevated.

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A patient receiving magnesium develops absent patellar reflexes, slowed breathing, and oliguria. Stop the infusion, support ventilation, and initiate the toxicity response while obtaining appropriate assessment, rather than assuming drowsiness is an acceptable therapeutic effect during the transfer.

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A newborn remains at 70/min while mask ventilation produces no visible chest movement. Correct mask seal, airway position, and ventilation effectiveness before concluding that compressions or medication are the next primary intervention for this heart-rate finding.

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A preterm newborn is prepared for transfer in a cool room. Establish a warmed transport environment and suitable thermal protection, then recheck temperature after interventions instead of assuming the presence of a warming device guarantees an appropriate core temperature.

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A child remains at 48/min with weak pulses and altered consciousness after effective oxygenation and ventilation are established. Start CPR and follow the pediatric pathway rather than waiting for complete pulse loss during transport or further deterioration.

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A child with pulmonary hypertension becomes agitated during transfer and develops desaturation with falling pressure. Restore dependable respiratory support, address distress, and check continuous therapies promptly while preparing crisis management rather than viewing agitation as a minor behavioral issue.

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A child has an age-appropriate pressure but becomes lethargic, tachycardic, and cool with weak peripheral pulses. Investigate and treat impaired perfusion now instead of waiting for the blood pressure to fall below an age-based threshold during the journey.

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During CPR on an intubated child, a clinician delivers breaths nearly every second. Assign a controlled pediatric ventilation cadence and reassess chest rise, because an advanced airway does not make excessive ventilation harmless or improve the quality of compressions.

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After a fluid aliquot, a child remains poorly perfused and develops new crackles with increasing liver enlargement. Stop automatic repetition and reassess cardiac function and shock physiology while arranging the appropriate next circulatory support during the transfer.

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Two clinicians make similar documentation omissions, but one slips while interrupted and another deliberately ignores a known critical safety requirement. Investigate context and risk awareness before deciding whether consolation, coaching, or disciplinary accountability is the appropriate response.

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After an oxygen interruption, investigators examine connector design, cylinder-change access, workload, and verification practices. They reconstruct the sequence with the crew instead of closing the case with a statement that someone should have been more careful during loading.

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A service finds repeated connection errors involving nearly identical fittings. It evaluates a compatible engineered differentiation and standardized setup, with monitoring after implementation, rather than relying only on an email asking crews to check the fittings more carefully.

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A team reviews a conditional sepsis recommendation for additional fluid assessment. It identifies the relevant patient population and uncertainty, then applies the recommendation to the current hemodynamic findings instead of presenting it as a universal mandate for every hypotensive patient.