Measure land , distance, and perimeter using GPS. Create projects, add team members, and sync measurements in real time. Set permissions for different roles and collaborate on shared projects. Export data and view detailed reports.
Calculate max speed cruise , true airspeed, pounds per hour, and NM/pound based on altitude and outside air temperature. Input values for Piper , M600, M700 Fury, and DLX aircraft. Reference performance tables and figures from specific POH sections.
Measure direction and elevation with a digital compass and inclinometer. Access real-time GPS and map data. Navigate using location-based routes. Share coordinates and track movement history.
Create a realistic flight simulation cockpit with a Boeing-style Flight Management System, Primary Flight Display, and Navigation Display. Connect to flight simulators via local network. Configure displays for different simulators.
Take tests aligned with exam objectives. Identify weak areas and focus study sessions. Review detailed explanations for each question. Track progress over time to improve performance. Prepare for the actual with realistic scenarios.
Calculate weight and balance for Robinson R22 Beta and Beta II helicopters. Perform performance computations including HOGE, HIGE, max continuous power, 5-minute takeoff power, and Vne. Select between bladder or standard fuel tanks.
Plan flights with detailed aircraft profiles and radio frequency access. Calculate fuel requirements and flight times. Manage pre-flight checklists and weather data. Track in-flight performance and adjust routes as needed.
Calculate volumes for slabs, walls, and columns. Input dimensions and material types. Estimate material quantities and costs. Export results and share via email. Sync across devices for project management.
The app provides tide information for over 8,000 worldwide locations without requiring an internet connection. It offers tidal graphs, week-ahead tide tables, and tools for calculating time windows for various maritime activities.
Measure horizontal and vertical angles with precision. Set reference points and receive haptic feedback for alignment. Mark reference points and adjust settings for accurate measurements.