• Surface pressure patterns, circulation centers, fronts, and 500mb heights for days 3-7 into the future
• Daily maximum and minimum temperatures and anomalies for days 3-7
• Daily precipitation probabilities for days 3-7
• Four 24-hour QPFs encompassing days 4-7
• 5-Day Total QPF for Days 1-5 and a 7-Day Total QPF for days 1-7
• Winter Weather Outlooks for Days 4, 5, 6, and 7

In addition to the graphical forecasts, the forecasters prepare two daily written discussions. They highlight medium-range model differences, provide weather solution preferences, a measure of uncertainty, forecaster reasoning and highlight any significant weather expected to impact the CONUS during the Day 4-7 time frame. Forecasters also provide a separate discussion describing guidance differences and preferences across Hawaii by 1230 UTC.

The workflow consists of three shifts per day. Two meteorologists focus on the contiguous U.S., one during the overnight hours (0000-0900 UTC) and one on the day shift (1130-2030 UTC). They generate a set of North American 3-7 day pressure systems/fronts and 500mb forecasts, 3-7 day sensible weather grids, 16 6-hour QPFs covering Days 4-7, winter weather outlooks for Days 4-7, and a discussion. In addition, the overnight forecaster prepares a Hawaiian discussion focusing on numerical forecast guidance and significant weather threats. The third meteorologist, who works from 1500-0000 UTC primarily focuses on Alaskan forecasting. See the Alaska Medium Range product information section for more details. All forecasters routinely use output from the GFS, ECMWF, and UKMET medium range models and also consider the Canadian, the Navy's NAVGEM model, and ensemble guidance from the GFS, ECMWF, Canadian, and North American Ensemble Forecast System (NAEFS).

In addition, during hurricane season, at 1700 UTC on a daily basis since June 1, 1997, the medium range pressure dayshift forecaster also participates in a conference call with the NHC via the Hurricane Hotline to discuss current and potential tropical activity in the Atlantic and Eastern Pacific oceans and how the medium range models are handling the situation.