Calculate pressure and density altitudes, true airspeed, and mach number. Determine wind correction angle and true heading. Compute crosswind, headwind, and tailwind. Find ground speed and flight time. Calculate fuel burn and cloud base.
The app calculates temperature-corrected altitudes for various instrument approaches. It integrates weather, runway, and de-/anti-icing data into a clear workflow to reduce workload and improve situational awareness.
Calculates flight metrics for Piper aircraft. Users can compute takeoff, landing, climb, cruise, descent, and emergency glide distances. It includes hold calculations, risk analysis, and instrument procedure data.
Navigation provides flight planning and in-flight calculations. Users can customize quick access buttons, configure units, and adjust keypads. Features include real avionics look, flight data entry, and performance calculations.
Calculate takeoff, landing, climb, cruise, descent, and instrument procedure for Beechcraft aircraft. Input wind and weight to determine glide distance with head or tailwinds.
Calculate aircraft performance and mass balance for Beechcraft models. Input engine data and weight parameters. nd sign load manifests. Export manifests via email or print.
Simulates avionics system interface for training. Allows users to explore features and operational aspects. Supports loading flight plans and practicing pre-flight procedures. Integrates with pilot's guide for enhanced learning.
The app provides aviation definitions and abbreviations based on the Airline Transport Pilot License syllabus. It offers iCloud sync for purchases across devices.
Questions, track progress, and review explanations
For FAA and PPL or LAPL exams with question banks, explanations, and digital books. Track progress and practice on mobile. Covers aviation weather, aircraft systems, aerodynamics, and air law.
Access flight checklists to manage pre-flight, in-flight, and post-flight procedures. Capture and record flight moments using the built-in camera. Sync photos and videos to the cloud for storage.
Calculate wind components, temperatures, altitudes, and airspeeds. Input runway number, wind direction, and speed. Determine headwind, tailwind, and crosswind values. Adjust for parallel runways based on magnetic heading.
Calculate performance data for the Diamond using POH values. Interpolate results and adjust parameters with sliders. Display high-resolution graphics for takeoff, climb, and cruise performance.