HOTs 2026 vs OpenPacketLoss

This app contains the 2026-27 aircraft ground de/anti-icing fluid holdover times (HOTs) and related guidance as published by Transport Canada (TC) and the Federal Aviation Administration (FAA). Key Features: • Dual Functionality: Calculate HOTs using user-input weather/fluid data or browse official HOT PDFs directly in-app. • HOT Clock: Tracks time since fluid application with a visual timer and alerts at lower (optional) and upper HOT limits. • DSHOTs: Includes degree-specific HOTs for Snow, Snow + Ice Crystals, and Snow + Freezing Fog for Type II, III, and IV fluids. • Real-Time Weather: Automatically integrates METAR weather data into the HOT calculator. • Custom Settings: Set authority, HOT table type (standard/adjusted), alerts, time zone, DSHOTs, METAR integration, and light/dark mode. • Event Log: Logs each HOT Clock event with full details. Export or delete logs from the More tab; all data is stored locally. Developed by APS Aviation Inc., the company responsible for developing and managing the holdover time table data on behalf of TC and the FAA for the last two decades. Privacy Policy: https://rheacanada.ca/aps-holdover-times-app-privacy-policy/ Terms of Use: https://rheacanada.ca/aps-holdover-times-app-terms-of-use/

OpenPacketLoss-Server is a lightweight utility that transforms your computer into a dedicated network testing endpoint. By hosting the server on your own hardware, you can measure the precise quality of the connection between two points on your network, eliminating the unpredictable variables of the public internet. How to Use It Run the Server: Launch the app on a stable PC or laptop—this becomes your "target" device. Connect the Client: Use any OpenPacketLoss client on a different device (such as a phone, tablet, or another PC). Troubleshoot: Start the test to view real-time packet loss, jitter, and latency. Why Run Your Own Server? Testing against a server you control allows you to isolate your hardware. You can instantly determine if connection drops are caused by faulty cables, weak Wi-Fi, or router congestion, or if the issue is actually with your Internet Service Provider (ISP).