1X NEO

Overview

1X NEO is the world’s first consumer-ready home humanoid robot. Developed by 1X Technologies (Norway) with backing from OpenAI, NEO is designed specifically to be safe around children and pets, with the softest, most approachable design in the industry.

What are the specifications of 1X NEO?

• Height: 165 cm (5’5″)
• Weight: 30 kg (66 lbs)
• Hands: 22 DoF per arm
• Lifting Capacity: 68 kg (150 lbs)
• Carrying Capacity: 25 kg (55 lbs)
• Noise Level: 22 dB (quieter than a refrigerator)
• Actuation: Tendon-drive actuators with compliant mechanisms
• Connectivity: WiFi, Bluetooth, 5G built-in
• AI: On-board LLM for natural conversation
• Audio: 3-stage speaker system

What are the applications of 1X NEO?

Home assistance — laundry folding, loading dishwasher, tidying rooms, organizing shelves, opening doors, fetching items, watering plants, scheduled task lists, personalized AI conversation.

Where has 1X NEO been deployed?

Beta households in late 2025. NVIDIA used NEO prototype at GTC 2025 to demo GR00T N1 foundation model for autonomous tidying tasks.

How much does 1X NEO cost and where can you buy it?

Status: 🟢 Available for pre-order NOW — delivering 2026

Price: $20,000 (Early Access, priority 2026 delivery) OR $499/month subscription (later delivery)

How to Purchase:

• Order directly at 1x.tech
• Early Access: $20,000 includes priority 2026 delivery
• Subscription: $499/month ships at a later date
• A $200 refundable deposit secures your place
• Deliveries starting in USA in 2026, expanding to other markets in 2027

Why does 1X NEO matter?

NEO is the world’s first consumer-ready home humanoid robot. Its tendon-drive actuators with compliant mechanisms make it inherently safe around children and pets — a critical requirement for home deployment that most industrial-designed humanoids cannot match. Backed by OpenAI, NEO represents the convergence of foundation AI models with physical robotics for the home.

Frequently Asked Questions About 1X NEO

What is 1X NEO used for?

1X NEO is designed as a home assistance robot capable of laundry folding, loading dishwashers, tidying rooms, organizing shelves, opening doors, fetching items, and watering plants. It supports scheduled task lists and features an on-board large language model for natural conversation with household members.

Who manufactures 1X NEO?

1X Technologies, headquartered in Norway, manufactures the NEO robot. The company is backed by OpenAI and has developed NEO specifically for safe home deployment. NVIDIA showcased the NEO prototype at GTC 2025 to demonstrate the GR00T N1 foundation model for autonomous tidying tasks.

How much does 1X NEO cost?

1X NEO is available for pre-order at $20,000 for Early Access with priority 2026 delivery, or through a $499 per month subscription plan with later delivery. A $200 refundable deposit secures a place in the queue. Orders can be placed directly at 1x.tech.

What are the key specifications of 1X NEO?

NEO stands 165 cm (5 feet 5 inches) tall and weighs just 30 kg (66 lbs). It has 12 degrees of freedom in its arms and hands, can lift up to 68 kg, and carry 25 kg. Its noise level is 22 dB, quieter than a typical refrigerator. It connects via WiFi, Bluetooth, and 5G.

Where is 1X NEO currently deployed?

NEO entered beta household deployments in late 2025. Deliveries to Early Access customers in the United States are scheduled for 2026, with expansion to other markets planned for 2027. NVIDIA also used a NEO prototype at its GTC 2025 conference for autonomous task demonstrations.

How does 1X NEO compare to other humanoid robots?

NEO is specifically designed for home safety using tendon-drive actuators with compliant mechanisms, making it inherently safe around children and pets. At 30 kg, it is significantly lighter than most humanoid robots. Unlike industrial-focused competitors, NEO targets domestic environments with wheeled locomotion rather than bipedal walking.

What AI capabilities does 1X NEO have?

NEO features an on-board large language model enabling natural conversation with household members. It uses OpenAI-partnered neural policies for task execution and stereo cameras for spatial perception. The robot can follow scheduled task lists and adapt to home environments through learned behaviors and voice interactions.