Next‑Gen IRON

Next‑Gen IRON

OOB Verified Review & Specs

Next‑Gen IRON is XPENG’s second-generation full-size humanoid robot, designed to operate in human-centered environments with lifelike motion and high dexterity. It features a human-like spine, bionic muscles, flexible synthetic skin, and a 3D curved head display, giving it a more natural appearance and expressive interaction than earlier industrial robots. The robot is powered by XPENG’s in-house AI stack, including multiple Turing AI chips and a vision-language-action model, enabling conversation, walking, and task-oriented behavior. Its dexterous hand design and advanced perception make it suitable for reception, guidance, inspection, and service scenarios.

Manufacturer
XPENG
Country
China
OOB Humanoid
#14Rankings →
Launch Year
2025
Price
US$120,000–US$150,000 (Inferred · Medium confidence · Based on reported market estimates for early commercial humanoids and XPENG’s mass-production target)
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Quick Overview & Key Facts

Next‑Gen IRON is a humanoid system developed by XPENG in China and launched in 2025. Starting price is estimated at US$120,000–US$150,000 (Inferred · Medium confidence · Based on reported market estimates for early commercial humanoids and XPENG’s mass-production target). It is currently ranked #14 in most-viewed humanoid robots on Origin of Bots. It supports Tools, packages, precision instruments, human interaction. Operating battery runtime is rated at 4 hours on full charge (Inferred · Medium confidence · Typical range for battery-powered humanoid robots in active service use). Primary applications include Reception, guidance, retail assistance, industrial inspection, service tasks, and developer ecosystem testing. Featured in editorial articles including “Top 10 Humanoid Robots with the Highest Payload & Heavy-Lifting Capacity in 2026”, “Top 10 Humanoid Robots Competing with Tesla Optimus (2026)”.

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Real-World Applications of Next‑Gen IRON

Industries, working environments, and deployment suitability for Next‑Gen IRON.

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Robot Specifications

ConfirmedValues marked Confirmed were checked against the manufacturer's official data; select the badge to open the source.

Primary Use Cases
Reception, guidance, retail assistance, industrial inspection, service tasks, and developer ecosystem testing
Pet Friendly
Yes, with safety protocols
Deployment
Autonomous, teleoperation, learned behaviors
Multi-Robot Coordination
Not publicly confirmed, but likely supported in fleet-style deployments
Tools, packages, precision instruments, human interaction
Tool changers, interchangeable end-effectors
10 kg per arm (Inferred · Medium confidence · Typical range for humanoid service/manipulation robots)
20 kg maximum (Inferred · Medium confidence · Typical range for early commercial humanoids prioritizing safe manipulation)

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Latest News About Next‑Gen IRON

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The XPENG PX5 is a pioneering humanoid robot prototype standing 1.5 meters tall, engineered for advanced bipedal locomotion and dexterous manipulation. Featuring 22 degrees of freedom, including 7-DOF arms with 0.05mm positioning accuracy and ultra-lightweight 430g hands with 11 DOF each, it employs a hybrid rigid-soft drive for versatile grasping up to 1kg grip force and 3kg arm payload. Tactile fingertip sensors enable precise object handling, while shock-resistant joints support stable walking on indoor/outdoor terrains, including grass, rocks, stairs, and obstacle crossing. Demonstrated capabilities include playing football, riding self-balancing scooters, and complex tasks like screwing or pouring. Designed for industrial and retail applications such as factory patrolling and product sales, PX5 integrates AI-driven navigation and balance for over 2 hours of continuous operation, paving the way for human-like robotics in dynamic environments.

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Frequently Asked Questions

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Q1. What are Next‑Gen IRON's primary capabilities?

Next-Gen IRON features 82 degrees of freedom, dexterous 22-DoF hands, human-like spine, customizable physique, and advanced AI for high-level dialogue, object manipulation, and navigation in human environments.

Q2. How to operate Next‑Gen IRON?

Operation is via voice commands, touchscreen interface, or remote control app. The robot uses its onboard AI to interpret tasks and execute actions autonomously or under supervision.

Q3. What is the maximum carrying capacity of Next‑Gen IRON?

Next-Gen IRON can carry up to 15 kg, optimized for light industrial, service, and household tasks requiring object handling and mobility.

Q4. How long can Next‑Gen IRON operate on a single charge?

With its solid-state battery, Next-Gen IRON operates for approximately 8–10 hours under typical usage, with reduced runtime for intensive tasks.

Q5. What safety features does Next‑Gen IRON have?

It includes collision avoidance, emergency stop, touch sensors, fail-safe shutdown, and redundant AI systems. The solid-state battery enhances fire and impact safety.

Q6. How to maintain Next‑Gen IRON?

Regular cleaning, battery checks, firmware updates, and periodic inspection of joints and sensors are recommended. Professional servicing is advised every 6 months.

Q7. What surfaces can Next‑Gen IRON navigate?

Next-Gen IRON can walk on flat floors, carpets, tiles, and slight inclines. It is not designed for stairs or rough outdoor terrain.

Q8. How does Next‑Gen IRON handle obstacles?

Using 3D vision, LiDAR, and AI, it detects and avoids obstacles in real time, rerouting or stopping as needed for safe navigation.

Q9. What is Next‑Gen IRON's maximum speed?

Next-Gen IRON walks at a maximum speed of 1.2 m/s, suitable for indoor environments and human-paced interaction.

Q10. What are common use cases for Next‑Gen IRON?

Typical uses include guidance, sales assistance, inspection, light assembly, and household support, with customization for commercial and personal roles.

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