LG Electronics' Decades of Manufacturing Know-How Meets NVIDIA's Robotics Stack At LG's New Data Factory in Seoul

News Summary

• Senior executives from LG Electronics (LG) and LG Group affiliates joined top NVIDIA officials at LG's Data Factory to accelerate the companies' robotics collaboration.
• LG is combining decades of manufacturing and logistics data with NVIDIA's open robotics development platform to build a world-class "data flywheel" for robot learning.
• LG has set this year as the starting point of its robotics push, launching a dedicated Robotics Business Center and expanding its lineup from industrial and commercial robots to home robots.

SEOUL, South Korea, Aug. 18, 2026 /PRNewswire/ -- LG Electronics (LG) today announced that it is accelerating its robotics collaboration with NVIDIA. LG hosted senior NVIDIA officials at its Data Factory, currently under construction at the company's Yangjae R&D Campus in Seoul, to review the direction of the two companies' collaboration and discuss ways to generate further synergies.

LG Group and NVIDIA signed a memorandum of understanding (MOU) for strategic collaboration on future business initiatives at NVIDIA's headquarters in Santa Clara, California, on August 13 (local time). Reconvening just four days later at LG's Data Factory signals that the two companies intend to move quickly to solidify the strategic cooperation and speed up commercialization of the robotics business.

Officials from both companies also reviewed the current status of LG's Data Factory, which is scheduled to be fully operational by the end of the year. LG has deployed its self-developed, field-proven LG CLOiD™ home robots at scale to generate, collect and learn from data.

The LG's Data Factory features training spaces where robots practice a range of tasks, as well as dedicated areas for validating and refining the resulting data sets. There is a replicated home environment where LG CLOiD learns and repeats cleaning tasks, and a simulated manufacturing space – modeled on LG's washing machine plant in Tennessee – where LG CLOiD units move, stack and assemble a variety of parts. The robots are also being deployed in LG CNS's logistics automation solutions and in a space where LG Innotek trains robotic hands. Data collected across these environments will be linked with NVIDIA's robotics stack, where it is augmented and synthesized into high-quality data for robot learning.

For LG, the core competitiveness of physical AI is its ability to help build a "data flywheel," where high-quality data is repeatedly secured and then used to train and continuously improve robots. Integrating detailed data gathered from LG's manufacturing and logistics operations over decades with NVIDIA's robotics stack is expected to produce a world-class data flywheel that will help set LG apart from competitors.

The Data Factory serves as a space where robots collect data through physical learning and as a forward base for expanding, synthesizing and amplifying robot-learning data collected from LG's manufacturing and logistics sites, and home appliances worldwide. NVIDIA's physical AI technologies – including NVIDIA Omniverse libraries, NVIDIA Cosmos open world models and the open NVIDIA Isaac robotics development platform – are used from data to deployment.

Spanning four floors – one basement level and three above ground – with a total floor area of 10,000 square meters, the Yangjae facility will house several hundred robots by the end of the year. LG also plans to continue upgrading its data-learning systems.

By the end of this year, training data collected directly at the facility and data synthetically generated and augmented using NVIDIA Cosmos open world models are expected to total 100,000 hours, equivalent to roughly 12 years of data.

LG plans to use this data to advance its Robot Foundation Model (RFM), which underpins the performance of humanoid robots, as it continues to build its robotics competitiveness.

LG has designated this year as the starting point for its robotics business push and is moving quickly to strengthen its capabilities. Last month, the company established a Robotics Business Center. Reporting directly to the CEO, the center oversees LG's companywide robotics business and has been tasked with improving execution and efficiency.

The company has established a strong presence in the industrial and commercial robotics markets and plans to expand into home robotics. Backed by proven expertise in manufacturing and developing core robotic components, including actuators, LG delivers differentiated competitiveness spanning from components to finished products. Combined with its Data Factory, which collects and manages the large-scale data needed for robot learning and operation, these strengths will further accelerate LG's transformation into a comprehensive robotics solutions provider with both hardware and software capabilities.

"Through the synergy built on 'One LG' – bringing together core capabilities across the Group – and strategic collaboration with global partners, we will secure our competitiveness in physical AI and become a comprehensive robotics solutions provider," said Lyu Jae-cheol, CEO of LG Electronics.

About LG Electronics, Inc.

LG Electronics is a global innovator in technology and consumer electronics with a presence in almost every country and an international workforce of more than 75,000. LG's four Companies – Home Appliance Solution, Media Entertainment Solution, Vehicle Solution and Eco Solution – combined for global revenue of over KRW 89 trillion in 2025. LG is a leading manufacturer of consumer and commercial products ranging from TVs, home appliances, air solutions, monitors, automotive components and solutions, and its premium LG SIGNATURE and intelligent LG ThinQ brands are familiar names world over. Visit www.LG.com/global/newsroom/ for the latest news.

View original content to download multimedia:https://www.prnewswire.co.uk/news-releases/lg-electronics-accelerates-robotics-collaboration-with-nvidia-302853864.html

Die Zukunft des deutsch-französischen Panzerprojekts MGCS gerät zunehmend ins Wanken. Armin Papperger, Vorstandschef des Düsseldorfer Rüstungskonzerns Rheinmetall, schließt einen Rückzug Frankreichs aus dem Vorhaben nicht mehr aus. In einem Interview mit der „Welt am Sonntag“ sprach er von einem „Gefahrenszenario“, betonte allerdings, dass bislang keine endgültigen Entscheidungen gefallen seien. Die Diskussionen kommen zu einem Zeitpunkt, an dem mit dem Ende des Kampfflugzeugprojekts FCAS (Scaf) bereits ein anderes zentral geplantes Vorzeigeprojekt der Verteidigungskooperation zwischen Berlin und Paris gescheitert ist.

Nach Informationen Pappergers plant Frankreich, das Budget für das „Main Ground Combat System“ (MGCS) drastisch zu kürzen. Im Gespräch ist demnach ein Ansatz von weniger als der Hälfte der ursprünglichen Planungen. Zwar unterstrich der Rheinmetall-Chef, dass es „null Entscheidungen über das finale Budget“ gebe, doch ein reduzierter Finanzrahmen hätte nach seiner Einschätzung unweigerlich die Streichung von Leistungsumfängen und weitere Verzögerungen zur Folge. „Wenn man weniger Geld zur Verfügung hat, wird man nicht schneller, und wir sind jetzt schon sehr langsam“, sagte er. Bereits jetzt liegt das Programm, das seit rund einem Jahrzehnt läuft, weit hinter den ambitionierten politischen Ankündigungen zurück.

Das MGCS-Projekt wurde auf Initiative der Regierungen Frankreichs und Deutschlands gestartet, um ein gemeinsames, plattformübergreifendes Bodenkampfsystem zu entwickeln, das ab etwa 2040 die Kampfpanzer Leopard 2 und Leclerc ersetzen soll. Beteiligt sind neben Rheinmetall der französische Technologiekonzern Thales sowie KNDS – ein Zusammenschluss des deutschen Herstellers Krauss-Maffei Wegmann und des staatlichen französischen Rüstungsunternehmens Nexter. Trotz der politischen Bedeutung des Vorhabens sind die finanziellen Mittel bislang überschaubar: Die vier Partnerunternehmen haben in rund zehn Jahren zusammen lediglich 25 Millionen Euro erhalten, was Papperger als „offensichtlich sehr wenig Geld“ bezeichnete.

Parallel zum schleppend verlaufenden MGCS treiben Rheinmetall und KNDS Deutschland auf deutscher Seite bereits eine Zwischenlösung voran. Der in der Militärfachpresse inoffiziell „Leopard 3“ genannte neue Kampfpanzer soll nach aktueller Planung Anfang der 2030er Jahre in Dienst gestellt werden und damit die Lücke überbrücken, bis ein mögliches MGCS-System verfügbar wäre. Für MGCS selbst wird die Einsatzreife derzeit erst in den 2040er Jahren erwartet – ein Zeithorizont, den Papperger als „eine Wahnsinnszeit“ bezeichnete. Vor diesem Hintergrund stellte er die grundsätzliche Realisierung des Projekts offen in Frage: „Ich kann heute nicht sagen, ob es überhaupt ein MGCS geben wird.“ Die jüngsten Budgetüberlegungen in Paris verstärken diese Unsicherheit und nähren Zweifel daran, ob Europa den angestrebten gemeinsamen Panzer der Zukunft tatsächlich auf die Spur bringen kann.