Renan Santos, a pre-candidate for the Missão (MBL) party, officially launched his campaign for the Brazilian presidency in São Paulo [1].

The launch signals the party's formal entry into the 2026 electoral cycle with a detailed policy framework. By presenting a structured platform and a running mate, the Missão party seeks to establish itself as a viable alternative in the national political landscape.

During the event, Santos introduced the "Livro Amarelo," a comprehensive program spanning approximately 500 pages [1]. The document outlines the party's policy platform and governance goals for the upcoming election cycle. This extensive publication serves as the ideological foundation for the candidacy, providing specific details on how the party intends to manage the country.

Reports on the timing of the campaign's rollout vary. A summary from CNN Brasil said the event took place on Saturday, July 1 [1]. Other reports indicated the announcement of the vice-presidential running mate occurred on Friday, July 3 [2].

Santos also addressed the party's broader strategic needs beyond the presidency. He said the party requires a candidate for the government of São Paulo [2]. This suggests a strategy of building regional power bases to complement the national bid.

The announcement of the vice-presidential running mate marks a critical step in the party's organizational phase [3]. By finalizing the ticket, the Missão party moves from the pre-candidacy stage toward a formalized electoral challenge.

Renan Santos officially launched his campaign for the Brazilian presidency in São Paulo.

The introduction of a 500-page policy document indicates that the Missão party is attempting to pivot from a movement-based identity to a traditional political party with a rigorous administrative agenda. By simultaneously targeting the presidency and the São Paulo governorship, the party is pursuing a multi-tiered strategy to gain institutional leverage in Brazil's most populous state while attempting to disrupt the national political binary.