Extended commercialization timeline risk - first VOYGR deployment now targeted for early 2030s, creating 5+ year cash burn period with execution uncertainty on manufacturing scale-up, supply chain development, and construction timelines
Regulatory risk across multiple jurisdictions - while NRC certified, international deployments require separate approvals (Canada, UK, Eastern Europe) with uncertain timelines and potential design modifications
Competition from alternative clean energy sources - solar, wind, and battery storage costs declining rapidly, potentially making SMRs economically uncompetitive for some applications despite baseload advantages
Nuclear public perception and political risk - accidents, waste disposal concerns, or policy shifts could impact project approvals and customer demand
Emerging SMR competition from GE Hitachi (BWRX-300), TerraPower, X-energy, and international players (Rolls-Royce, China's ACP100) pursuing similar markets with different technology approaches
Large conventional nuclear vendors (Westinghouse AP1000, EDF EPR) competing for the same utility customers with proven but less flexible technology
Customer concentration risk - limited number of utilities and industrial customers capable of deploying nuclear, with loss of anchor projects (e.g., UAMPS delays) having outsized impact
Cash runway risk - with ~$262M cash and $100M+ annual burn, company faces equity dilution or need for strategic financing within 12-24 months absent revenue acceleration
No debt currently but zero revenue generation creates binary outcome risk - either successful commercialization or potential insolvency without continued capital access
Warrant overhang and SPAC structure legacy - potential dilution from outstanding warrants and sponsor shares could pressure stock on any rallies
StructuralCompetitiveBalance Sheet