Platinum Group Metals Ltd. DFS Update Highlights Waterberg Project's Economic Viability and Scale

Platinum Group Metals Ltd. (NYSE American: PLG) (TSX: PTM) has released an updated Definitive Feasibility Study (DFS) for its Waterberg Project, underscoring the project's significant scale and economic strength. The independent study serves as a critical evaluation tool that transforms geological potential into a fully defined business case, providing the rigorous analysis needed to determine whether a mineral deposit can be developed economically, safely and sustainably.

The Waterberg DFS update lays out a clear development path, illustrating how thorough planning can optimize mine economics, reduce operational risks, and inform strategic decision-making. As the cornerstone of responsible mining, feasibility studies like this one balance opportunity with practicality, helping ensure that mining projects are designed for long-term success. The comprehensive evaluation by independent qualified persons demonstrates the critical role such assessments play in the mining industry's development process.

Moving through preliminary, prefeasibility and definitive stages, these assessments provide increasingly accurate estimates on costs, cash flows, engineering requirements, and environmental considerations. The value of an independent feasibility study lies in its ability to provide the industry's reality check, transforming theoretical potential into practical, executable business plans. Investors and stakeholders can access the latest news and updates relating to PLG through the company's newsroom at https://ibn.fm/PLG.

The Waterberg Project's DFS exemplifies how comprehensive planning and independent validation contribute to responsible resource development. By providing detailed economic and operational parameters, the study enables informed decision-making regarding project development and investment. This approach ensures that mining projects meet the highest standards of economic viability, environmental responsibility, and operational safety throughout their lifecycle.