Homerun Resources Inc Stock Price, News & Analysis

Homerun Resources (OTCQB: HMRFF) announced that road improvements serving its planned Santa Maria Eterna silica processing and solar glass hub in Belmonte, Bahia, Brazil are underway.

Field photos confirm grading, compaction and material placement on the BA-274 / BA-982 corridor, which provides direct access to federal BR-101. The 2026 draft federal budget (PLOA 2026) lists a R$15 million line item for BA-274 (Santa Maria Eterna) under the Ministry of Transport. Homerun's MoU with state and municipal entities includes land and infrastructure commitments; local authorities previously allocated funding to pave approximately 5 km connecting Santa Maria Eterna to BR-101.

Homerun Resources (OTCQB: HMRFF) signed a definitive 99-year surface rights agreement for 64 hectares at Fazenda São José, Santa Maria Eterna, Belmonte, Bahia, Brazil, for silica processing and solar glass manufacturing.

The rights are automatically renewable for another 99 years, can be registered on the land deed, and may be offered as collateral for project financing. The agreement replaces a prior municipal land donation and secures permit autonomy and a right of first refusal if the underlying land is sold.

The Municipality of Belmonte committed up to USD $400,000 toward infrastructure, including paving ~5 km of road to BR-101. Compensation begins in 2027 (R$60,000) with monthly R$50,000 payments from Jan 2028, indexed to IPCA and subject to a 50% reduction if construction has not started for reasons beyond Homerun's control.

Homerun Resources (OTCQB: HMRFF) announced it has filed with the TSX Venture Exchange for final approval of a CA$3,128,384 private placement and has closed a second and final tranche for CA$1,560,384 on December 12, 2025. The Company will issue a total of 3,128,384 Units, each Unit comprising one common share and one warrant exercisable at CA$1.30 for 24 months.

Proceeds will fund project payments, project development and general working capital. Finder's fees of CA$31,150 and 31,150 non-transferable broker warrants will be paid on receipt of Exchange approval. All securities carry a four-month-and-one-day hold period.

Homerun Resources (OTCQB: HMRFF) announced Minerali Industriali Engineering completed lab-scale confirmation testing on Santa Maria Eterna silica sand on Dec 11, 2025, finding the material suitable for manufacturing antimony-free solar glass. The unwashed sand showed 99.7% SiO2 and 24 ppm Fe. Basic treatment reduced Fe to 14 ppm (one contaminant, Ti, slightly above range). Complete treatment achieved 8 ppm Fe and 100% first-stage compliance. Homerun previously reported a NI 43-101 resource of 25.56 Mt Measured and 38.35 Mt Inferred (>99.6% SiO2) from one district asset.

Homerun Resources (TSXV: HMR / OTCQB: HMRFF) closed a CDN$6,000,000 financing with institutional investor Sorbie Bornholm LP on December 8, 2025. The company deposited CDN$6,000,000 into escrow and issued 6,000,000 shares into escrow, with monthly releases over 24 months tied to a $1.178 benchmark price. The Investor received 1,500,000 warrants exercisable at CDN$1.18 for three years and up to 4,960,000 additional warrants released monthly at a 20% premium to 5-day VWAP, exercisable three years from issuance. Homerun paid a CDN$360,000 corporate finance fee (360,000 units) and a CDN$100,000 due-diligence deposit (100,000 units) on identical escrow terms. TSXV reporting and TMX LINX submissions are required monthly.

Homerun Resources (OTCQB: HMRFF) announced the engagement of Jiri Skopek as Corporate Development Advisor to support commercialization of its Enduring Long Duration Energy Storage System (LDES) integrated with Homerun Energy's AI Energy Management System (EMS).

The LDES pairs silica-based energy storage with purification processing for sustainable heat and power. Homerun plans AI-driven edge and cloud EMS integration to optimize energy capture, storage efficiency, monitoring, control and enable services such as energy trading. The appointment follows an Intellectual Property agreement with NREL and builds on two years of collaboration.

Homerun Resources (OTCQB: HMRFF) announced that newly formed subsidiary Homerun Energy USA executed a global Intellectual Property Agreement with Alliance for Sustainable Energy, manager of the U.S. Department of Energy's NREL, covering NREL particle-based thermal energy storage IP. The IPA grants a 12-month option to license Alliance IP developed under CRADA No. CRD-23-24168.

Homerun also filed a new patent application for a thermal energy storage system integrated with silica purification and will integrate its AI Energy Management System (EMS) into NREL particle-based TES under the commercialization plan.

Homerun Resources (OTCQB: HMRFF, TSXV: HMR) announced its common shares began trading on the Tradegate Exchange in Germany on November 28, 2025 (ISIN: CA43758P1080 | WKN: A3CYRW | Symbol: 5ZE), expanding European and international market access.

The company cited Tradegate's retail liquidity (EUR 247.8 billion turnover, 34 million transactions in H1 2025) and extended trading hours (07:30–22:00 CET) as benefits for investor access and lower trading costs. Homerun highlighted its high-purity, low-iron silica resource in Bahia, Brazil enabling 100% antimony-free solar glass, and engagement of DTEC PMP GmbH to deliver a Bankable Feasibility Study for a Latin American solar glass facility with completion expected in Q1 2026.

Homerun Resources (OTCQB: HMRFF, TSXV: HMR) announced on November 26, 2025 the first commercial installation of its AI-enabled Energy Management System, "The Hub", on a Risen battery energy storage system at a customer site. The Hub now controls live charging and discharging using market signals, grid conditions, and on-site constraints, showing full field functionality on a commercial battery platform.

The company says The Hub provides intelligent dispatch, real-time monitoring, configurable control strategies, and a scalable architecture to manage fleets of storage assets, with AI models that refine dispatch and battery-protection decisions as they learn from deployments.