US factory orders rose 1.5% month-over-month to $630.4 billion in March 2026, beating market expectations of 0.5% and following an upwardly revised 0.3% increase in February. New orders for manufactured durable goods increased 0.8% to $318.9 billion, ending three straight months of declines. Computers and electronic products surged 3.6%, the most since March 2001, with electromedical, measuring, and control instruments up 7.9% to a record high amid an AI investment boom and data center construction. Transport equipment orders also rose 0.8%, led by vehicles (0.9%), defense aircraft and parts (17.8%), and ships and boats (30.9%). Gains were also seen in machinery (0.9%), electrical equipment, appliances, and components (0.8%), and primary metals (0.5%). Nondurable goods orders rose 2.1% to $311.5 billion, the highest level since October 2022. Excluding transportation, factory orders grew 1.6% in March, while excluding defense, orders rose 0.9%. source: U.S. Census Bureau
Factory Orders in the United States increased 1.50 percent in March of 2026 over the previous month. Factory Orders in the United States averaged 0.29 percent from 1991 until 2026, reaching an all time high of 12.00 percent in July of 2014 and a record low of -14.00 percent in April of 2020. This page provides the latest reported value for - United States Factory Orders - plus previous releases, historical high and low, short-term forecast and long-term prediction, economic calendar, survey consensus and news. United States Factory Orders - data, historical chart, forecasts and calendar of releases - was last updated on May of 2026.
Factory Orders in the United States increased 1.50 percent in March of 2026 over the previous month. Factory Orders in the United States is expected to be 0.40 percent by the end of this quarter, according to Trading Economics global macro models and analysts expectations. In the long-term, the United States Factory Orders is projected to trend around 1.30 percent in 2027 and 0.60 percent in 2028, according to our econometric models.