Mr. Luis Azevedo reports

BRAVO PROVIDES UPDATE ON ITS COPPER-GOLD EXPLORATION PROGRAM

Following the appointment of Fabio Masotti as head of the new copper-gold exploration division, Bravo Mining Corp. has provided further assessment and details for its copper-gold (Cu-Au) exploration program at its 100-per-cent-owned Luanga project. This exploration focused on targets adjacent to, and beyond the limits of the Luanga palladium plus platinum plus rhodium plus gold plus nickel deposit, located in the Carajas mineral province, Para state, Brazil.

Highlights:

• 2026 Cu-Au exploration program overview:
  • A comprehensive phase 1 exploration program is planned for 2026, integrating target refinement, advanced geophysics and drilling to systematically evaluate and prioritize Cu-Au opportunities across the Luanga property, while also assessing potential for deeper extensions of known mineralization.
• Target refinement and early stage work:
  • Initial target refinement will include detailed geological mapping and expanded geochemical sampling (soil and rock).
• Geophysics programs:
  • Fifty line kilometres of deep induced polarization (deep IP) survey coverage is planned across multiple priority targets.
  • IP is an established method for targeting disseminated and stockwork sulphide mineralization, which constitutes the bulk of mineralization in IOCG/ISCG (as defined below) deposits, and has proven effective in the Carajas region.
  • The survey is designed to investigate to depths exceeding 300 metres, beyond that of traditional IP methods.
  • Deep IP is also planned to cover portions of the Luanga deposit to evaluate potential for deep extensions, additional PGM (platinum group metals) plus Au plus Ni (nickel) mineralization, and potential ISCG (iron-sulphide-copper-gold)/IOCG (iron-oxide-copper-gold) mineralization.
  • Additional geophysics, such as time-domain electromagnetic (TEM) surveying, will be performed on targets with known mineralization such as T5 and T16 to seek potential continuations along strike or at depth of the high-grade mineralized shoots identified to date.
• Drilling program:
  • An initial 8,000-metre drill program is planned for the second half of 2026 to test and prioritize the most prospective targets identified through earlier phases.
  • Program to be extended based on results and interpretations.
• North sector Cu-Au follow-up:
  • Follow-up on previously reported Cu-Au anomalism (see press release dated March 25, 2026) identified through trenching in the north sector of the PGM plus Au plus Ni deposit near the North-Central inflection zone and proximal to the Babylon target at the Luanga deposit.
  • Cu-Au exploration efforts will continue to focus on determining the relationship of the growing number of Cu-Au-related mineralized occurrences in close proximity to the Luanga deposit to a possible later Cu-Au mineralizing event, or overprint, and its potential.
  • In parallel with the Cu-Au exploration, infill drilling is advancing as part of the continuing work toward the completion of a prefeasibility study (PFS).
• Copper-gold growth opportunities in regional Carajas:
  • Continuing evaluation of potential acquisition opportunities of Cu-Au projects.

"With Fabio Masotti joining to lead our copper-gold exploration division, we are taking a disciplined and structured approach to advancing the broader mineral potential of our Luanga property," said Luis Azevedo, chairman and chief executive officer of Bravo. "The 2026 program is designed to progressively refine targets through detailed geological mapping and expanded geochemical sampling and then test priority areas through integrated geophysics and drilling, while also assessing the potential for additional discoveries and extensions of known mineralization. Together, these efforts position us to unlock further value at Luanga across what we increasingly view as a multicommodity opportunity.

"Following the successful closing of our public offering and private placement, Bravo is now fully funded to advance both our core PGM plus Au plus Ni development plans and a comprehensive copper-gold exploration strategy in parallel. This positions us to systematically build a pipeline of copper-gold opportunities alongside our flagship project, including the evaluation of selective acquisition opportunities outside of Luanga, while maintaining a disciplined focus on capital allocation and long-term value creation."

Copper-gold exploration and geological background

Follow-up exploration of conductivity anomalies defined by an airborne helicopter time-domain electromagnetic (TEM) and magnetic survey in 2023 has successfully identified several targets with Cu-Au potential within the Luanga tenement.

Testing of these targets resulted in the discovery of high-grade Cu-Au plus/minus Ni mineralization in massive to brecciated sulphides in the T5 and T16 targets. In addition to T5 and T16, several other Cu-Au targets were defined and advanced with encouraging results to date (please refer to news release dated Aug. 9, 2025).

These targets had been initially interpreted by Bravo as belonging to the iron-oxide-copper-gold deposit type, which is characteristic of Cu-Au mineralization in the Carajas mineral province.

However, a recent review of the geological characteristics of the Luanga property indicates that the Cu-Au mineralization outside the Luanga deposit can be classified as belonging to the iron-sulphide-copper-gold deposit type, which is closely related deposit type to IOCGs and part of the broader CGI (copper-gold-iron) mineral system. ISCG and IOCG deposits share similar geochemistry, alteration and paragenetic sequences, and commonly occur within the same geological provinces.

A key distinction in ISCG systems is the absence of Fe oxides (magnetite or hematite), which are replaced by Fe sulphides, notably pyrrhotite and pyrite. ISGCs have also been described as containing more abundant quartz, which is a feature observed at several targets in the Luanga property.

At T5 and T16, for example, quartz occurs as clasts in hydrothermal breccias that predate the main sulphide mineralization, which occurs in the matrix of the breccias in conjunction with altered rock fragments and other alteration minerals, but lacking magnetite.

Similar quartz-sulphide breccias have been observed at other ISCG targets at Luanga, including Orion, Taurus, Lizard and Gemini. The absence of magnetite in ISCG systems limits the effectiveness of magnetic methods for deposit identification, which are typically used in IOCG exploration.

A notable ISCG analogue deposit in the Carajas mineral province is the Antas Norte deposit, located approximately 40 kilometres southwest of the Luanga tenement, which was discovered and mined by Avanco Resources.

The Luanga project also demonstrates potential for more traditional IOCG mineralization. This potential includes areas adjacent to the Luanga deposit. Examples include the Babylon target, where massive sulphide mineralization occurs near the top of a deeper hydrothermal alteration zone related to Fe-Ca-K metasomatism, as well as in the north sector, where trenching has returned elevated gold grades with associated copper, adjacent to metasomatized rocks (see news release dated March 25, 2026).

2026 exploration program

A phase 1 exploration program has been designed to further define and test Cu-Au targets in 2026. The program includes initial target refinement through geological mapping and additional geochemical sampling of soils and rock chips, followed by geophysical surveys and drilling.

A total of approximately 50 line km of deep induced polarization (deep IP) surveying is planned across multiple targets.

IP is a well-established method for targeting disseminated and stockwork sulphide mineralization, which constitutes the bulk of mineralization in IOCG/ISCG systems and has proven effective in the Carajas region.

The deep IP survey is designed to investigate to depths of greater than 300 m from surface, beyond the limit of conventional IP methods deep IP will also cover portions of the Luanga deposit to assess the potential for deep extensions and additional occurrences of PGM plus Au plus Ni and ISCG/IOCG mineralization.

Additional geophysical surveys, including TEM, as well as structural work, will be performed on targets of known mineralization such as T5 and T16 to identify continuations along strike and at depth of the high-grade mineralized shoots identified to date.

An approximately 8,000 m drill program is planned for the second half of 2026 to test the most prospective targets generated from the aforementioned exploration work.

Copper-gold division strategy

The copper-gold exploration division will operate within a dedicated budget and team.

The copper exploration division's mandate includes growth and acquisition opportunities focused on the Carajas mineral province, aimed at expanding Bravo's copper optionality and long-term value creation alongside the core Luanga PGM plus Au plus Ni project.

With that objective, the team has initiated the review of selected opportunities and believes the Carajas mineral province presents numerous opportunities for the development of Cu-Au deposits that may support a dedicated mine development or a hub-and-spoke scenario inclusive of Luanga's copper areas.

Bravo's management team has a unique combined experience of successful exploration, property negotiation, project development and operations in the Carajas mineral province, supporting its ability to execute on this strategy.

About Bravo Mining Corp.

Bravo is a Canadian and Brazil-based mineral exploration and development company focused on advancing its PGM and copper-gold Luanga project in the Carajas mineral province, Para state, Brazil. Bravo is one of the most active explorers in Carajas.

The team, comprising local and international geologists, has a proven record of PGM, nickel and copper discoveries in the region. They have successfully taken a past IOCG greenfield project from discovery to development and production in the Carajas.

The Luanga project is situated on mature freehold farming land and benefits from being located close to operating mines and a mining-experienced work force, with excellent access and proximity to existing infrastructure, including road, rail and hydroelectric grid power. Bravo's current environmental, social and governance activities include planting more than 50,000 high-value trees in and around the project area and hiring and contracting locally.

Technical disclosure

Technical information in this news release has been reviewed and approved by Simon Mottram, FAusIMM (fellow, Australian Institute of Mining and Metallurgy), president of Bravo Mining, who serves as the company's qualified person as defined in National Instrument 43-101 -- Standards of Disclosure for Mineral Projects. Mr. Mottram has verified the technical data and opinions contained in this news release.

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