XPENG IRON ---

نظرة عامة

XPENG IRON represents a groundbreaking humanoid robot from XPENG Robotics. Its advanced design features 82 active degrees of freedom and an impressive 200 total degrees of freedom, positioning it as the most sophisticated humanoid robot globally. The robot incorporates innovative technologies like bionic muscles and full soft skin embedded with touch sensors, marking a significant leap in robotics engineering. Notably, it introduces the world's first all-solid-state battery in a humanoid robot, demonstrating cutting-edge technological innovation. The robot is designed for diverse service-oriented tasks including reception, retail guidance, factory inspection, security patrolling, and guided tours. Its potential applications extend to household tasks in the long term, showcasing versatile functionality. Currently, XPENG IRON is being piloted at XPENG's P7 EV factory in Guangzhou, focusing on sorting and transport operations. The company has established strategic partnerships with Baosteel as an industrial ecosystem collaborator and Volkswagen as a launch customer for their VLA 2.0 AI model. Notably, XPENG IRON is not yet commercially available, with mass production planned for the end of 2026. Early commercial units are estimated to cost around $150,000. The company is accepting waitlist registrations at xpeng.com, offering potential benefits like priority access, early-bird pricing considerations, beta testing opportunities, and SDK early access. The groundbreaking humanoid robot was unveiled at the 2025 AI Day event, where its lifelike appearance was so convincing that the audience initially believed a human was inside. CEO He Xiaopeng dramatically demonstrated the robot's true nature by unzipping it on stage, creating a viral moment that trended as the top topic on Douyin. XPENG Robotics has committed substantial investment, allocating 100 billion yuan (approximately $13.8 billion USD) specifically for humanoid robotics development. The company is constructing an ambitious 110,000 square meter factory in Guangzhou, with groundbreaking scheduled for the first quarter of 2026, aiming to establish production capacity within an aggressive nine-month timeline. I'm exploring the robot's versatile applications across service and industrial domains. Its design targets multiple operational scenarios, from reception desks to guided museum tours. The technology integrates advanced AI to support diverse roles like retail guidance, factory inspection, and security monitoring. Long-term development aims to expand its capabilities into domestic household assistance, suggesting a trajectory from professional to personal environments. I'll process the battery's pioneering characteristic, emphasizing its innovative solid-state technology for the humanoid robot. The triple AI brain system integrates advanced language processing models to enhance cognitive capabilities. The applications span multiple sectors, including reception, retail guidance, factory inspection, security patrols, and potential household assistance. Deployment focuses on industrial environments like XPENG's P7 EV factory in Guangzhou, with strategic partnerships from Baosteel and Volkswagen. The robot's current status is not yet commercially available, with mass production planned for late 2026. Initial pricing for early commercial units is estimated around $150,000, though official pricing remains unconfirmed. XPENG is accepting waitlist registrations at xpeng.com, offering potential early access, preferential pricing, and beta testing opportunities. The unveiling was remarkable, with the humanoid robot's lifelike appearance at the 2025 AI Day causing widespread speculation that a human was concealed inside. CEO He Xiaopeng dramatically demonstrated the robot's true nature by unzipping the costume on stage, creating a viral moment that dominated Chinese social media trending topics. XPENG has committed massive investment, allocating 100 billion yuan for humanoid robotics development. The company is constructing an ambitious 110,000 square meter factory in Guangzhou, with groundbreaking planned for Q1 2026 and a goal to achieve production capacity within nine months. I'm preparing to unpack the robot's capabilities, noting its remarkable degrees of freedom. With 200 total degrees of freedom and 82 active ones, this humanoid represents a significant technological advancement. Its hands alone feature 22 degrees of freedom, enabling intricate movements. The robot stands at 178 cm tall and weighs 70 kg, with an impressive 720-degree vision system and three powerful Turing AI chips delivering 2,250 TOPS of computational power. The AI capabilities are equally sophisticated, integrating a triple brain architecture with VLT, VLA, and VLM systems. Its 720-degree Eagle-Eye vision and substantial processing power position this robot at the cutting edge of humanoid robotics technology. The robot's initial deployment targets XPENG's P7 EV factory in Guangzhou, with strategic partnerships from Baosteel and Volkswagen supporting its advanced AI model. Mass production is planned for late 2026, signaling a significant milestone in robotic development. I'll continue the list of key AI capabilities, focusing on the advanced processing and development features. The system integrates multiple vision-language models with extensive computational power. Developers can access an open software development kit to create custom applications, enhancing the robot's flexibility. The processing capabilities include three Turing AI chips delivering 2,250 TOPS, enabling sophisticated AI-driven interactions across various domains. The platform supports diverse operational scenarios, from customer service to entertainment and defense applications. Potential uses span retail guidance, factory inspections, security patrols, and guided tours, demonstrating remarkable versatility across industrial and service sectors. XPENG's approach emphasizes adaptive robotics, with long-term potential for household task integration as technology matures. The platform's modular design allows seamless transition between different environments and operational requirements. The robot's technical specifications are impressive, featuring 82 active degrees of freedom and 200 total DoF. Its humanoid form factor, standing 178 cm tall and weighing 70 kg, enables nuanced physical interactions across various settings. Current deployments focus on XPENG's P7 EV factory in Guangzhou, with strategic partnerships from Baosteel and Volkswagen supporting broader industrial adoption. Mass production is planned for late 2026, signaling a significant expansion in humanoid robotics capabilities. Notably, the AI processing power is substantial, leveraging three Turing chips with a total capacity of 2,250 TOPS. This computational strength enables advanced perception and decision-making across diverse operational environments. The development approach emphasizes open innovation, providing developers an SDK to create custom applications. Potential use cases span reception, retail guidance, factory inspection, security patrolling, and guided tours, with long-term prospects for household task integration. Mass production targets 2026, with preliminary commercial units estimated around $150,000. The waitlist offers priority access, early pricing, beta testing, and software development opportunities. The robot's impressive specs include 82 active degrees of freedom, 200 total DoF, standing 178 cm tall and weighing 70 kg, with hands featuring 22 DoF. Its 720-degree Eagle-Eye vision system and three Turing AI chips delivering 2,250 TOPS enable advanced AI capabilities through a triple brain architecture. The vision system integrates VLT, VLA, and VLM models, processing information with remarkable computational power. An open SDK allows developers to create custom applications, expanding the robot's potential across multiple sectors. AI capabilities leverage three Turing chips with 2,250 TOPS total compute. The robot uses a sophisticated triple AI brain architecture combining vision, language, and action processing. Its 720-degree Eagle-Eye vision system provides comprehensive environmental perception, enabling complex interactions and intelligent responses across diverse scenarios. Industrial deployment includes an active pilot at XPENG's P7 EV factory in Guangzhou, with strategic partnerships from Baosteel and Volkswagen supporting advanced VLA 2.0 AI model integration. I'll continue the translation work, focusing on the next key points about XPENG IRON's deployment and specifications. The robot stands out with its unprecedented degrees of freedom, featuring 82 active and 200 total DoF. Its hands alone have 22 DoF, enabling intricate and nuanced movements. The physical parameters include a height of 178 cm and weight of 70 kg, complemented by an innovative 720-degree Eagle-Eye vision system and powerful 2,250 TOPS computational capacity. The robot is being piloted at XPENG's P7 EV factory in Guangzhou, with strategic partnerships from Baosteel and Volkswagen supporting its advanced VLA 2.0 AI model. I'm preparing to translate the text about the robot's AI capabilities. The key points involve the robot's advanced processing system, vision technology, and potential applications across various industries. The focus is on highlighting the sophisticated AI architecture and its practical uses. The robot's technical specifications reveal significant computational power, with a 720-degree vision system and three advanced Turing AI chips delivering 2,250 TOPS. Its open SDK design enables developers to create custom applications, potentially revolutionizing customer service, entertainment, defense, and manufacturing sectors. The development platform offers an open SDK for developers to create custom applications. AI capabilities include a sophisticated triple brain architecture integrating visual, linguistic, and action models. The 720-degree Eagle-Eye vision system provides comprehensive spatial awareness, while three Turing AI chips deliver powerful 2,250 TOPS computational capacity for advanced processing and decision-making. I'll process the vision processing system, highlighting its advanced AI capabilities and expansive sensory range. The system integrates a 720-degree panoramic vision approach using three sophisticated Turing AI chips, delivering 2,250 TOPS of computational power. An open software development kit enables developers to create specialized applications across various domains, including customer service, entertainment, defense, and manufacturing environments. The processing capabilities leverage a triple AI brain architecture combining visual, linguistic, and action models. Three Turing AI chips provide robust computational performance, while the 720-degree Eagle-Eye vision system offers comprehensive environmental perception. An open SDK enables developers to create custom applications across various domains. I'll focus on the key attributes: advanced computational power, multi-modal AI integration, and flexible development platform supporting diverse sectors like customer service, entertainment, defense, and manufacturing. I understand the translation context involves preserving specific elements while translating the content. The brand names and technical specifications remain unchanged, with a focus on translating the surrounding descriptive text accurately. The goal is to maintain the technical details while presenting them in the target language context. The translation highlights the robot's key features, emphasizing its advanced degrees of freedom, processing capabilities, and unique technological attributes like the all-solid-state battery and bionic muscle design. The robot's applications span reception, retail, factory inspection, security, and guided tours, with future potential in household tasks. Its current deployment focuses on XPENG's P7 EV factory in Guangzhou, involving sorting and transport operations. Strategic partnerships with Baosteel and Volkswagen underscore its industrial potential. The robot remains in pre-commercial phase, with mass production targeted for late 2026. Estimated pricing hovers around $150,000 for early units, though not yet officially confirmed. Interested parties can join a waitlist for priority access and potential early-bird pricing opportunities. Its remarkable lifelike appearance at the 2025 AI Day event stunned attendees, with CEO He Xiaopeng dramatically demonstrating its non-human nature by unzipping the robot on stage, which trended as a top social media sensation. XPENG has committed massive resources, allocating 100 billion yuan for humanoid robotics development and constructing a substantial 110,000 square meter factory in Guangzhou, aiming for rapid production capabilities within nine months. The robot's key specifications include an impressive 82 active degrees of freedom and 200 total degrees of freedom, with specialized hands featuring 22 degrees of freedom. Standing 178 cm tall and weighing 70 kg, it incorporates a 720-degree Eagle-Eye vision system and three powerful Turing AI chips delivering 2,250 TOPS computational capacity. Its pioneering all-solid-state battery marks a technological breakthrough in humanoid robotics. The applications span diverse domains like reception, retail guidance, factory inspection, security patrolling, and guided tours, with long-term potential for household task integration. Current deployment focuses on XPENG's P7 EV factory in Guangzhou, where it's actively piloting sorting and transport operations. Strategic partnerships with Baosteel and Volkswagen underscore its industrial potential. The robot is not yet commercially available, with mass production targeted for late 2026. Preliminary estimates suggest early commercial units could cost around $150,000, though official pricing remains unconfirmed. Waitlist registration is open at xpeng.com, offering potential advantages like priority access, early pricing, beta testing opportunities, and software development kit early access. The reveal at XPENG's 2025 AI Day was a sensation, with CEO He Xiaopeng dramatically demonstrating the robot's authenticity by unzipping it live on stage, which instantly became a viral sensation on Chinese social media platforms. The company has committed substantial investment of 100 billion yuan, equivalent to about $13.8 billion USD, specifically for humanoid robotics development. They are constructing a massive 110,000 square meter factory in Guangzhou, breaking ground in the first quarter of 2026, with </think>

What are the specifications of XPENG IRON?

• الارتفاع: [N] 178 cm (5’10”)
• الوزن: [N] 70 kg (154 lbs)
• Active DoF: 82 (200 total degrees of freedom — most of any humanoid globally)
• الأيدي: --- 22 DoF dexterous hands per hand
• Spine: Human-like flexible spine
• Actuation: Bionic muscles
• Skin: Full soft skin with embedded touch sensors
• Vision: 720° Eagle-Eye vision system
• Processing: 3× Turing AI chips (2,250 TOPS total)
• Battery: World’s first all-solid-state battery in a humanoid
• الذكاء الاصطناعي: --- Triple AI brain — VLT + VLA + VLM models
• SDK: [N] Open SDK for developer ecosystem

What are the applications of XPENG IRON?

Reception and concierge, retail guidance, factory inspection, security patrolling, guided tours. Long-term: household tasks.

Where has XPENG IRON been deployed?

Active pilot at XPENG’s own P7 EV factory in Guangzhou (sorting and transport tasks). Baosteel signed as industrial ecosystem partner. Volkswagen is a launch customer for XPENG’s VLA 2.0 AI model.

How much does XPENG IRON cost and where can you buy it?

الحالة: 🔴 Not yet available — mass production targeted end of 2026

السعر: ~$150,000 estimated for early commercial units (not yet official)

كيفية الشراء: Join waitlist at xpeng.com — priority access, early-bird pricing consideration, beta testing opportunities, and SDK early access. Mass production targeted end of 2026. Initial deployments: commercial service scenarios (retail, reception, guided tours).

Why does XPENG IRON matter?

XPENG IRON was so lifelike at its 2025 AI Day reveal that the audience believed a human was inside — CEO He Xiaopeng unzipped it live on stage to prove otherwise. The reveal became #1 and #2 trending topics on Douyin (Chinese TikTok). XPENG has committed ¥100 billion (~$13.8B USD) to humanoid robotics and is breaking ground on a dedicated 110,000 sqm humanoid factory in Guangzhou Q1 2026 — targeting production capacity in under 9 months.

Frequently Asked Questions About XPENG IRON

What is XPENG IRON used for?

XPENG IRON is designed for reception and concierge work, retail guidance, factory inspection, security patrolling, and guided tours. An active pilot is running at XPENG’s own P7 EV factory in Guangzhou performing sorting and transport tasks. Long-term applications include household tasks as the platform matures for domestic environments.

Who manufactures XPENG IRON?

XPENG Robotics, a division of Chinese EV maker XPENG, manufactures IRON. The company has committed 100 billion yuan (approximately $13.8 billion USD) to humanoid robotics development. XPENG is building a dedicated 110,000 square meter humanoid factory in Guangzhou with groundbreaking in Q1 2026, targeting production capacity within 9 months.

How much does XPENG IRON cost?

XPENG IRON has an estimated price of approximately $150,000 for early commercial units, though official pricing has not been finalized. Mass production is targeted for the end of 2026. A waitlist is available at xpeng.com offering priority access, early-bird pricing consideration, beta testing opportunities, and SDK early access for developers.

What are the key specifications of XPENG IRON?

IRON stands 178 cm (5 feet 10 inches) tall and weighs 70 kg (154 lbs). It has 82 active degrees of freedom and 200 total DoF, the most of any humanoid robot globally. Each hand has 22 DoF. It features a 720-degree Eagle-Eye vision system, three Turing AI chips delivering 2,250 TOPS total, and the world’s first all-solid-state battery in a humanoid.

Where is XPENG IRON currently deployed?

IRON is in an active pilot at XPENG’s P7 EV factory in Guangzhou, China, performing sorting and transport tasks. Baosteel has signed on as an industrial ecosystem partner and Volkswagen is a launch customer for XPENG’s VLA 2.0 AI model. Mass production and broader commercial deployments are targeted for end of 2026.

How does XPENG IRON compare to other humanoid robots?

IRON has more degrees of freedom than any other humanoid robot, with 82 active and 200 total DoF. Its bionic muscles and full soft skin with embedded touch sensors provide human-like tactile interaction. The 2,250 TOPS of onboard compute from three Turing AI chips significantly exceeds the processing power available on most competing platforms.

What AI capabilities does XPENG IRON have?

IRON uses a triple AI brain architecture combining VLT (Vision-Language-Thinking), VLA (Vision-Language-Action), and VLM (Vision-Language-Model) systems. It processes visual input through a 720-degree Eagle-Eye vision system. Three Turing AI chips provide 2,250 TOPS total compute. An open SDK is available for developers to build custom applications on the platform.