FliteKit - Pilot multitool 3.3

FliteKit emerges as a comprehensive toolset for both professional and private pilots, offering a range of functionalities that enhance operational efficiency and situational awareness. Its design emphasizes intuitive use and practical application, with future updates promising additional features.

Among the key tools included are:

• Wind Limits: This feature calculates headwind, crosswind, and tailwind components, presenting them through clear graphical displays. Users can input their specific tail- and crosswind limits for dry and wet runways. Wind speed and direction can be adjusted effortlessly via sliders, enabling rapid assessment of how changes might impact safety margins. Violations of limits trigger alerts with red indications.
• Airport Codes: Allows quick lookup of over 9000 airports worldwide. For users with compatible apps, there is seamless transfer of airport data to "Airports Plus".
• Fuel Check: While not strictly necessary—since Fuel on certain Flight Management Computers (FMC) is straightforward—this tool simplifies fuel calculations. Entering trip fuel, alternate fuel, and taxi fuel once provides an ongoing overview of consumption, alerting users to potential issues such as high fuel usage or leaks.
• Fueling: Comprising three components, this utility enables input of maximum takeoff and landing weights applicable to the aircraft type. It assists in planning fueling logistics over multiple legs, determining feasible block fuel, and remaining payload capacity.
• Max Tankering: Calculates the maximum fuel load permissible for a specific flight considering Takeoff Weight (TOW) limits and legal requirements.
• Density Conversion: Facilitates conversions between fuel volume in liters and weight in kilograms or pounds. It accounts for temperature-induced density variations through a convenient slider, aiding in precise uplift calculations considering remaining tank fuel and ground operations like APU use.
• Endurance: Provides estimates of residual flight time and distance based on remaining fuel, current fuel flow, and groundspeed—helpful especially when FMC predictions may be unreliable under non-standard configurations (e.g., extended gear or flaps).
• METAR/TAF and Reports: Simplifies decoding METARs, TAFs, MOTNEs, and snowtam reports for any airport worldwide—supporting quick weather assessment and surface condition analysis.
• Time Calculation: A practical calculator for summing or subtracting flight hours and other time metrics, featuring memory functions and undo capabilities for ease of use.
• Gradient Converter: Converts gradient percentages into angles, calculates required rates based on groundspeed, and evaluates altitude gain or loss over specified distances—all valuable for altitude planning.

Overall, FliteKit demonstrates a robust set of tools that are likely to become integral to pilots’ pre-flight planning and operational routines. Its user-friendly interface combined with detailed calculations indicates a well-considered application supporting safety and efficiency in various flight phases.