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<\/a><\/a>\nIndependent validation was conducted by PEM Motion GmbH, Germany, under sustained discharge rates of up to 12C and mission-style pulsed duty cycles representative of real-world autonomous operations.<\/p>
\nDuring testing, RoboX demonstrated:<\/p>
- \n
- \nElectrode-level specific capacities exceeding more than 2 times the capacities of the best in class anodes and cathodes for EVs (>1,000 mAh\/g) on both anode and cathode sides;<\/li>\n
- \nSustained high-power output under repeated aggressive discharge conditions;<\/li>\n
- \nMore than 50% remaining capacity after extended high-burst cycling;<\/li>\n
- \nStable operation under drone-style power demand profiles requiring repeated acceleration and lift bursts.<\/li>\n<\/ul>
\nThese performance characteristics position RoboX among a new class of advanced battery systems targeting high-growth sectors including unmanned aerial systems, defense autonomy, and industrial robotics.<\/p>
\nBuilt for the Next Generation of Autonomous Machines<\/b><\/p>
\nMost battery systems are optimized either for energy density or power delivery \u2014 rarely both simultaneously. Autonomous systems, however, require continuous transitions between high-load bursts and sustained operational endurance while preserving sufficient reserve energy for sustained return-to-base functionality.<\/p>
\nRoboX was engineered specifically for this challenge.<\/p>
\nBy combining high specific capacity with repeated high-power discharge capability, Nanoloy successfully addressed one of the most significant constraints limiting the operational range, payload capacity, and mission reliability of drones and robotics today.<\/p>
\nRoboX is being developed using American, European and Indian raw material supply chains, reflecting increasing market demand for localized advanced battery manufacturing capabilities in strategic sectors including aerospace, defense, and industrial autonomy.<\/p>
\nNanoloy is currently engaging with strategic partners to realize its vision of manufacturing best in class batteries in the USA and Europe.<\/p>
\n\u201cDrones and robots don\u2019t fail because of peak power \u2014 they fail because they run out of usable energy after performing real work,\u201d said Alex Koszo, CEO of Nanoloy. \u201cRoboX is designed for real mission conditions, not laboratory hypotheticals. This validation represents an important step toward commercial-scale battery systems capable of extending endurance, increasing payload flexibility, and improving operational reliability for autonomous platforms.\u201d<\/p>
\nInvestment and Strategic Partnership Opportunities<\/b><\/p>
\nKoszo added, \u201cWe are currently seeking U.S. and EU-based investment partners to help scale RoboX, as well as support the development of a research-and-development lab \/ pilot manufacturing facility in the US or Europe with the view to build a local fully scaled factory.\u201d<\/p>
\nAbout Nanoloy<\/b><\/p>
\nNanoloy is an India\/EU-based deep-tech battery technology company designing and producing proprietary plasma-fused electrodes for next-generation high-performance energy storage systems using broadly available precursor materials. Nanoloy focuses on creating higher energy density, sustained high-power delivery, and mission-optimized battery architectures for autonomous systems, robotics, aerospace, and advanced mobility applications, and stationary battery systems for critical infrastructure.<\/p>