mPower Technology, Inc., a U.S.-based leader in flexible solar power solutions for space, has secured a strategic investment from Lockheed Martin Ventures, the venture capital arm of Lockheed Martin Corporation (NYSE: LMT). The funding forms part of an expanded Series B round that now exceeds $24 million, and is set to accelerate production of mPower’s DragonSCALES solar modules, a next-generation platform for resilient and cost-efficient space solar power.
The Albuquerque-headquartered company said that this investment would allow it to scale operations at its high-volume automated line in Conklin, New York, positioning DragonSCALES as a direct competitor to legacy gallium arsenide (GaAs) suppliers. With annual output projected at more than two megawatts, the facility is expected to surpass the combined global capacity of traditional space solar production—a data point that underscores the shift from niche suppliers to industrialized solar manufacturing for orbiting assets.
Why is Lockheed Martin’s investment in mPower Technology seen as a milestone for the new space economy?
The strategic participation of Lockheed Martin Ventures has been described by mPower as both financial backing and validation of its role in national defense and space security priorities. Kevin Hell, president and chief executive officer of mPower Technology, emphasized that Lockheed Martin brings not just capital but also deep mission expertise and credibility across U.S. defense and space programs. According to the company, the investment aligns with the growing requirement for rapid, scalable, and cost-effective energy solutions in an increasingly contested orbital environment.
Industry analysts noted that the involvement of Lockheed Martin Ventures marks a significant signal to institutional investors and space infrastructure funds that flexible solar technology has moved from experimental phase to operational deployment. In the broader aerospace sector, investments from large primes into startup-scale innovators have historically acted as catalysts, often leading to supply chain integration or joint program opportunities.
The funding also comes amid increased competition among space power providers. Airbus Netherlands has already selected DragonSCALES for its Sparkwing arrays to power MDA’s Aurora satellites for low-earth orbit (LEO) constellations. This selection has placed mPower in direct competition for contracts linked to the Telesat Lightspeed constellation and the forthcoming Apple-backed Globalstar constellation, signaling that DragonSCALES is not confined to experimental missions but embedded in revenue-generating commercial constellations.
How does DragonSCALES differ from legacy gallium arsenide solar technologies in space?
mPower has positioned DragonSCALES as a transformative alternative to gallium arsenide modules, which have dominated the sector for decades due to their high efficiency but remain costly and rigid. DragonSCALES leverages a modular, flexible architecture that allows spacecraft designers to reimagine form factors, optimize weight, and reduce deployment complexity.
The company said that DragonSCALES delivers resilience against micrometeoroid damage and radiation, addressing concerns over longevity in LEO and deep space. With a distributed architecture, DragonSCALES reduces the risk of catastrophic power loss, as partial failures can be isolated without compromising entire system functionality. This distributed reliability has become increasingly valuable as LEO constellations proliferate, placing thousands of satellites into orbits where replacement costs can be prohibitive.
By industrializing its production line at Universal Instruments Corporation in New York, mPower is demonstrating that space-grade power modules can be produced at commercial volumes. Analysts said that this industrial scale not only reduces per-watt cost but also signals the arrival of economies of scale in a sector that has long been dependent on bespoke manufacturing.
What role do national security and defense priorities play in mPower’s growth trajectory?
The investment also reflects a broader policy environment in which space assets are increasingly viewed through the lens of defense readiness and national security. In Washington, bipartisan recognition of space as a warfighting domain has led to calls for more resilient, distributed, and redundant space infrastructure. Power availability is a mission-critical enabler in this context, and technologies like DragonSCALES have been described as force multipliers.
Lockheed Martin Ventures’ vice president and general manager, Chris Moran, highlighted that affordable and reliable power is indispensable for the next generation of space operations. He stated that mPower’s innovation solves “hard challenges in unique and innovative ways” and suggested that Lockheed Martin sees DragonSCALES as instrumental in shaping spacecraft design and scalability.
From a capital markets perspective, the convergence of defense priorities and commercial space demand has created a fertile ground for dual-use technologies. Venture funds with a defense focus, such as Razor’s Edge Ventures and Shield Capital—both also Series B participants—have increasingly directed resources toward technologies capable of serving both national security missions and private sector constellations. This dual-track commercial-defense strategy has proven resilient to market cycles, as defense demand often counterbalances volatility in commercial satellite orders.
How is mPower positioned among its industry peers and what does investor sentiment indicate?
mPower’s client roster already includes Airbus, Blue Origin, Honeybee Robotics, Firefly Aerospace, Lynk Global, and Gravitics, positioning it among the small group of companies supplying power solutions for next-generation space systems. With more than a decade of on-orbit heritage, the firm has overcome the credibility hurdle that often deters investors from committing to space hardware startups.
Investor sentiment appears to be cautiously optimistic. While Lockheed Martin (NYSE: LMT) trades at relatively stable multiples—supported by steady defense budgets and long-cycle contracts—its venture arm’s allocation into space power signals a willingness to identify early-stage growth multipliers. Analysts noted that institutional flows into the space sector have increased following the 2024 surge in LEO constellation announcements. Exchange-traded funds tracking aerospace and defense have also registered renewed inflows, with foreign institutional investors (FIIs) taking positions in companies with satellite and launch exposure.
Market watchers said that mPower’s fundraising coincides with a broader wave of consolidation and vertical integration in space manufacturing. For example, Boeing, Northrop Grumman, and Airbus have historically acquired or partnered with component suppliers to secure supply chains. If DragonSCALES continues to demonstrate performance advantages, some analysts believe that mPower could become either a strategic acquisition target or a key long-term partner to major primes.
In terms of stock sentiment, Lockheed Martin shares have seen incremental institutional accumulation over the past quarter, reflecting defense-driven confidence despite geopolitical headwinds. Buy-side analysts broadly maintain a “hold to buy” range on the stock, citing defense spending tailwinds but acknowledging program execution risks. The move to back mPower, according to sector analysts, adds a small but symbolically important innovation layer to Lockheed Martin’s portfolio narrative.
What could be the next steps for mPower and how might this reshape competition in space energy markets?
The path ahead for mPower will likely be shaped by both execution and policy environments. In the near term, scaling DragonSCALES production at the New York facility will be a critical milestone, demonstrating that supply chain stability and cost targets can be achieved. If production volumes ramp as planned, mPower could lower the cost curve for constellation operators, making solar power a less significant line item in satellite economics.
Industry observers also expect further capital inflows into space power technologies, particularly as global defense ministries prioritize resilience. Analysts said that a wave of additional M&A activity could follow across the upstream space supply chain, with established primes looking to secure differentiated capabilities.
The broader economic context also matters. Space spending, once a discretionary line item, is now embedded in national broadband initiatives, climate monitoring commitments, and defense strategies. This means that companies like mPower are no longer dependent on isolated flagship contracts but benefit from structural demand. With investors increasingly attentive to dual-use technologies, DragonSCALES could serve as a test case for how industrial-scale solar power becomes mainstream in orbit.
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