I think it should be every light twin pilot’s responsibility to be current and proficient enough to safely handle an engine failure no matter where they occur. On takeoff, this can only be done safely with enough runway for an accelerate-stop distance computed for load and density altitude. Furthermore, compute single-engine climb performance for the conditions at hand.
Light twin pilots must maintain proficiency in handling engine failures, which includes pre-flight calculation of accelerate-stop and single-engine climb performance, and applying specific flight techniques to optimize climb rate.
Effective risk management requires evaluating actual aircraft performance for prevailing conditions instead of relying on arbitrary altitude or fixed rules, particularly for critical decisions like engine failures.
During self-service fueling, extreme care must be taken to prevent the nozzle from piercing the aircraft's fuel tank skin.
The FCC's prohibition on cellphone use in aircraft specifically applies to services operating on the 800 MHz band; other cellular frequencies may not be restricted.
I think it should be every light twin pilot’s responsibility to be current and proficient enough to safely handle an engine failure no matter where they occur. On takeoff, this can only be done safely with enough runway for an accelerate-stop distance computed for load and density altitude. Furthermore, compute single-engine climb performance for the conditions at hand.
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