Helio Corporation develops advanced space power and engineering solutions for next-generation space infrastructure. News about HLEO centers on space-based solar power, orbital energy systems, lunar infrastructure, space-qualified hardware, mission-critical engineering, and related work for commercial, government, defense, and civil space customers.
Recurring updates also cover the company’s engineering pipeline, NASA SBIR-related development of QuasiStatic Release Mechanism technology, intellectual property activity through HelioSpace Corporation, investor and industry engagement, and capital-structure actions such as debt restructuring and note conversions. The company trades on OTC Pink under the symbol HLEO.
Helio (HLEO) advanced both NASA SBIR Phase II programs to engineering development unit milestones, moving QSRM and Typhon toward test-unit assembly.
Both programs completed Quarterly Demonstration Report #5. Typhon, a 6 meter deployable antenna and boom system for CubeSats, has engineering development unit hardware ready for assembly. QSRM, a resettable release mechanism designed to minimize shock during actuation, completed its internal technical readiness review, finalized its development-unit design, generated part drawings and placed orders.
Engineering development units convert validated designs into hardware representative of flight equipment. Helio expects assembly to produce units for functional and environmental testing using the standard required of space-qualified hardware. These assembly and testing steps remain ahead of the programs.
Helio (HLEO) outlined its view that advancing launch capacity and rising energy demand support the economics of space-based solar power.
Helio's internal estimates put the levelized cost of energy, or cost per unit of electricity over time, at below $0.10 per kilowatt hour when considering Starship's launch cadence and reusability. SpaceX described its September 28, 2026 mission as Starship's first orbital flight, delivering 26 Starlink V3 satellites. Helio's compact satellite is designed for stacked deployment in similar quantities. The company identifies launch cost as the largest factor in whether space-based solar power can compete on price.
Helio (HLEO) completed its September investor roadshow in Houston and Austin and plans another across the Northeast. Company leaders met in person with institutional investors, family offices and retail investors to discuss Helio's corporate strategy and hardware programs.
The planned Northeast stops are Baltimore, Philadelphia and Boston. Dates and venues are still being finalized and will be announced later. Helio describes the outreach as part of its uplisting strategy.
Helio (HLEO) has acquired a full-scale thermal vacuum chamber on loan from a leading academic institution to support its space-based solar power and lunar hardware programs.
The chamber measures about 5.5 feet wide by 10 feet long with an internal height of 26 feet, allowing deployment and testing of long boom structures under simulated space vacuum and extreme thermal cycling. Bringing this capability in-house removes reliance on third-party facilities, which the company says previously constrained schedules and added cost. Helio plans to run iterative thermal vacuum cycles on its extendable boom architectures, compressing development for deployable structures used in solar arrays, antenna systems, instrument booms, and lunar surface hardware. The chamber also enables research on longer, more complex boom geometries supporting Helio’s lunar programs and recently filed patent family for precision deployable boom architecture.
Helio (HLEO) filed four U.S. patent applications between May and September 2026 as it converts its engineering programs into a broader base of intellectual property assets.
The applications, filed through subsidiary Heliospace, span four technology families: deployable truss boom structures, low shock spacecraft release mechanisms, precision root support for deployable booms, and launcher systems for deploying instruments and payloads on the Moon and other surfaces. The program integrates patent development into ongoing R&D, with Helio reviewing active and upcoming projects for additional inventions while assessing commercial relevance. The company emphasizes that these are pending applications, with no assurance that patents will be granted or provide commercially meaningful protection.
Helio Corporation (HLEO) issued a corporate update highlighting new federal support for space-based solar power, a fourth patent filing, and a Southwest investor roadshow. The company points to an August 31, 2026 U.S. Department of Energy grant program for space photovoltaics and intends to apply as it advances its SBSP technology.
Helio has delivered hardware on four lunar missions and has commercial contracts with two customers, Elysium in Florida and gold producer Poderosa S.A. Lunar hardware represents about 60% of its business, and a new U.S. provisional patent filed on September 9, 2026 covers launcher technology to deploy instruments across lunar and other planetary surfaces. Management plans a four-city roadshow from September 15–17 across Austin, Houston, Phoenix, and Scottsdale, where it will discuss its participation in five lunar missions, residential and industrial SBSP demonstrations, and an estimated $12 million contract pipeline.
Helio (HLEO) filed its fourth patent, a U.S. provisional application dated September 9, 2026, for launcher technology enabling scientific instruments to be deployed across the lunar surface from a lander. The Heliospace-developed system is designed to place instruments at multiple points without moving the lander or using separate rovers, and to operate without explosive charges to reduce shock risk to sensitive payloads.
The design has prior mission use, and the filing also covers deployment from spacecraft, rovers, and other planetary platforms. Helio frames this as part of a rapidly expanding intellectual property program integrated into its engineering process and closely tied to its lunar hardware business, which currently represents approximately 60% of overall business.
Helio Corporation (HLEO) highlights new multimillion‑dollar U.S. Department of Energy and Department of Defense investments in space‑based solar power (SBSP) as evidence of growing federal support for the technology. Helio plans to apply for the DOE’s recently announced grant program for space photovoltaics R&D, which targets lowering the cost of solar for space applications and expanding domestic AI and manufacturing capabilities.
The Department of Defense has also increased funding to establish and scale domestic manufacturing of space solar cell technology, aiming to strengthen the U.S. space industrial base and secure satellite power components. Founded in 2018, Helio cites flight‑proven hardware on four lunar missions, work for NASA and commercial space programs, and contracts with Elysium and gold producer Poderosa S.A. as giving it a foundation to compete for future government‑funded SBSP programs.
Helio (HLEO) will conduct a four-city Southwest investor roadshow in Austin, Houston, Phoenix and Scottsdale from September 15–17, 2026.
The company plans midday luncheons and evening dinners in each city, targeting 15–40 investors per event and featuring CEO and Chairman Ed Cabrera and CTO and Founder Greg Delory. Management will update investors on Helio’s expansion to participation in five lunar missions, progress on residential and industrial demonstrations of its space-based solar power technology, a reduction of outstanding debt by more than two thirds, and an estimated $12 million contract pipeline. The company also intends to discuss recent capital markets initiatives, shareholder growth and its broader strategy to develop space-based power systems and advanced space mechanisms. Interested investors are invited to contact Helio directly for attendance details.
Helio (OTCID:HLEO) implemented a 1-for-5 reverse stock split of its issued and outstanding common stock, legally effective on July 20, 2026 and expected to begin trading on a split-adjusted basis at market open on July 22, 2026. Every five shares will automatically combine into one share, with no shareholder action required, and proportional ownership will remain unchanged apart from the treatment of fractional shares. The company’s common stock will trade under a new CUSIP 860914209. Helio views the reverse split as a key step toward its planned application to list on the Nasdaq Capital Market and expects to meet Nasdaq’s post-split trading requirements subject to market and regulatory conditions.
According to Helio, a potential Nasdaq listing could enhance institutional visibility, liquidity, analyst coverage, and access to growth capital. Over the past year, the company reports progress including expansion to five lunar missions, advancement of residential and industrial space-based solar power demonstrations, debt reduction by over two-thirds, expanded patent filings, increased commercial engagement, and building a $12 million contract pipeline.