Explore Robots.Enjoy Robotics.
From Robots to the Robotics Ecosystem
We go beyond individual robots to explore the companies, technologies, applications, and events shaping the world of robotics.
Humanoid Athletics
Benchmarks Are Here.
The 2nd World Humanoid Robot Games delivered the most complete set of humanoid athletics data to date: 100 m in 8.64 s, 400 m in 38.15 s, a 2:21.64 1500 m, a 3.40 m standing high jump and a 7.97 m long jump.
Fastest 100m
8.64 s
High Jump
3.40 m
Season
2025 → 2026
Featured Robot Platforms
Hover a card to play the official demo. Every product links to its full dossier so you can compare specs, history and real-world use cases side by side.
Browse all robots
Optimus Gen 3
Tesla AI-powered humanoid built around mass-production readiness and factory-scale deployment.
Atlas Electric Humanoid
Electric Atlas demonstrates dynamic manipulation, bimanual assembly and production-line movement.
Figure 03 + Helix VLA
Figure 03 paired with Helix VLA — BMW pilot deployments toward BotQ one unit per hour build rate.
Unitree G1 Humanoid
Unitree G1 family: stable bipedal walking (10+ m/s public demos) plus G1 S industrial arm variant.
Spot Quadruped
Spot — the quadruped inspection workhorse for power plants, refineries, factories and lab tours.
AIBO ERS-1000
AIBO ERS-1000 — Sony’s emotion-modeled entertainment robot built around daily companionship.
World Humanoid Robot Games
- 8 track-and-field record categories
- Human benchmarks vs robot performance
- Progression 2025 → 2026 season
World Robot Conference (WRC)
- Four themed pavilions with dedicated exhibition zones
- Industry, research and policy
- World-class exhibition + forum
Beijing E-Town Half Marathon
- Human winner: Zhao Haijie · Wang Qiaoxia
- Robot winner: Shandian 50:26
- 9 engineering challenge pillars
International Robot Exhibition (iREX)
- 26th edition · 673 exhibitors
- 3,334 booths · 156,110 visitors
- Next: early December 2027
Humanoid Robots Are Moving from Labs to the Real World
Physical AI, general-purpose robots, and the long road from demos to everyday life.
- 1Versatility over specialization: one body, many jobs.
- 2Physical AI = See → Understand → Plan → Act → Check → Adapt.
- 3Three non-negotiables: Capability × Reliability × Affordability.
Why China's Consumer Robots Are Getting Better, Faster
Supply chains, EV spillover, drone heritage, AI, iteration speed, and a huge consumer market are spinning up a powerful robotics flywheel.
- 1Prototypes are cheap. Useful products at scale are the hard part.
- 2The EV industry built a hardware supply chain that robotics companies can now assemble from.
- 3Flywheel > Spec Sheet: Products → Deployment → Feedback → Data → Better Robots.
Physical AI is leaving the lab, the trade show floor, and the demo video.It is showing up on running tracks, on factory lines, and in living rooms — and the shift is visible in the numbers we track, event by event.
Entry points into the robodoor directory.
Robots
Humanoid · Quadruped · Entertainment · Industrial · Service
Brands
Company profiles, founding stories and product ecosystems
People
Founders · Researchers · Engineers · Investors
Events
WHRG · WRC · E-Town Half · iREX — industry calendar
Resources
Guides · Tutorials · White Papers · Event directory
Insights
Trends · Industry News · Market Reports · Deep Analysis
Pick a section.
Start where it matters to you.
If you want products first, open Robots. If you want the company landscape, open Brands. If you want the calendar, open Events — they all connect back to each other.