Key Highlights

  • The completion cash payment will now be paid in two instalments of US$500,000 each.
  • The second instalment is due no later than 31 March 2027.
  • The date for repaying the exclusivity fee, if required, has been extended to 7 February 2027.
  • US1 has agreed to transfer fixed Assets from its exploration work to Bradda Head Lithium.

US1 Critical Minerals Limited (ASX:USC) has amended its agreement with Bradda Head Lithium (BHL) covering the transfer of the Mkuju, Foxy and Eland Project Licences in Tanzania. The changes, disclosed on 10 November 2026, alter how and when a completion payment is made, extend a repayment date linked to an exclusivity fee and add the transfer of exploration fixed assets to BHL. The revisions follow the original agreement struck in September 2026 and come after the company's quarterly activities report at the end of October, which had already referred to the transaction.

Completion Payment Split Into Two Instalments

Under the revised terms, the completion cash payment is no longer due as a single sum. It is now split into two instalments of US$500,000 each. The first falls due on closing, while the second must be paid by 31 March 2027. The total cash component therefore remains at US$1 million, but the timing of the outflow shifts across several months, which gives the buyer more room to arrange funding.

Staged payments of this kind are common in asset transfers where the purchaser needs time to secure finance or where the seller wants to reduce the risk of a delayed completion. The announcement does not explain the reason for the change or set out whether the second instalment carries any conditions beyond the stated deadline.

Exclusivity Fee Repayment Deadline Extended

The agreement includes a provision under which an exclusivity fee may need to be repaid. That repayment date, if it becomes necessary, has been moved to 7 February 2027. The extension keeps the timetable open through the early part of next year and delays the point at which the question of repayment would arise.

Exclusivity arrangements give a buyer a defined window to complete Due Diligence and funding before the seller can deal with others. A later repayment date reduces near-term pressure on the buyer during that window, but it also means the fee remains unresolved for longer, which carries its own risk for the party that received it.

Fixed Assets Move to Bradda Head Lithium

US1 has also agreed to transfer ownership of the fixed assets it acquired while carrying out exploration on the licences. These items are linked to the field work completed to date. The announcement does not list the assets or assign them a value, so their contribution to the overall transaction cannot be measured from the disclosure alone.

Including equipment and related infrastructure in the handover means the purchaser would take possession of practical tools needed to continue exploration rather than acquiring licences alone. That arrangement may simplify operations after closing, although the precise scope of the transfer will depend on the final documentation.

Timeline for Closing the Transaction

US1 and BHL describe their relationship as cooperative and say they are working to close the transaction promptly. The announcement does not give a firm completion date, and closing remains subject to the conditions already agreed between the parties. Shareholders following the company will be watching the payment of the first instalment, the transfer of assets and the February 2027 repayment date as indicators of how the arrangement is progressing.

Final Word

The revised agreement keeps the core transfer of the Tanzanian licences intact while reshaping payment timing, the repayment obligation and the treatment of fixed assets. The changes provide both parties with more time to complete the sale, although the transaction still depends on closing mechanics that have not been finalised. How the arrangement develops will become clearer once the first instalment falls due and the company reports on progress towards completion.