GE Vernova surges after-hours on raised revenue outlook, doubled dividend
GE Vernova's stock surged 6.1% after announcing a series of positive developments, including a dividend increase to $0.50 per share and an expansion of its share buyback from $6 billion to $10 billion.
The company provided optimistic revenue forecasts for 2026, projecting revenues between $41 billion and $42 billion and a free cash flow of $4.5 billion to $5 billion, while also raising its current fiscal year's free cash flow estimate.
GE Vernova anticipates strong organic revenue growth, with expected increases of 16% to 18% in its power segment and 20% in its electrification segment by 2026, alongside a forecasted revenue of $52 billion by 2028.
CEO Scott Strazik highlighted the promising outlook for the company, indicating that it is at the beginning of a significant value creation opportunity supported by a stronger financial trajectory.
Investment Recommendation Rating: Strong Buy
GE Vernova (GEV) experienced a notable surge of 6.1% in after-hours trading on Tuesday, following a series of positive announcements during its investor day held in New York. The company has made strategic moves by doubling its dividend, increasing its stock buyback authorization, and upgrading its earnings forecasts.
The turbine manufacturer announced that its quarterly dividend will be raised to $0.50 per share and that it has amplified its share repurchase authorization from $6 billion to $10 billion. This adjustment is attributed to a growing backlog of orders, robust profit margins, and improved pricing in recruitment.
Additionally, GE Vernova provided its initial revenue guidance for 2026, anticipating revenues between $41 billion and $42 billion alongside a free cash flow forecast of $4.5 billion to $5 billion. For the current fiscal year, the free cash flow outlook has been raised to a range of $3.5 billion to $4 billion, up from the earlier estimate of $3 billion to $3.5 billion, while maintaining revenue expectations between $36 billion and $37 billion, leaning towards the higher end of that spectrum.