Unitree H1

Among every production humanoid robot shipping in 2026, none walks faster than the Unitree H1. At 3.3 meters per second — approximately 12 kilometers per hour — the H1 achieves a locomotion speed that exceeds the comfortable jogging pace of most adults and surpasses every other bipedal humanoid platform currently available for purchase. That speed is the H1's defining capability and its clearest differentiator from Unitree's own G1. Where the G1 prioritizes price accessibility for developers and SMBs, the H1 targets research institutions, university labs, and robotics companies that need to study and develop bipedal locomotion algorithms at the frontier of what current hardware can demonstrate. The speed record is a research tool as much as a performance figure — it creates edge cases in balance control, gait transition, and obstacle response that slower platforms cannot generate. The H1 stands 170 cm tall and weighs 47 kg — lighter than most industrial humanoids despite its performance envelope. Battery life runs to 6 hours, and pricing falls between $90,000 and $150,000 depending on configuration, positioning it significantly above the G1 but below Atlas and Figure 02 for a platform with more specialized application. Hand dexterity is the H1's acknowledged limitation. Unlike Figure 02's 16-DOF manipulation system or Phoenix's hydraulic fingers, the H1 uses basic end-effectors that are suitable for locomotion-adjacent interaction tasks but not for precision assembly or dexterous manipulation research. Buyers who need both fast locomotion and high-DOF manipulation will need to evaluate whether the H1's locomotion focus justifies its price premium over the G1. Unitree's established supply chain and production infrastructure — the same organization shipping 5,500+ G1 units in 2025 — applies to the H1, giving buyers confidence in parts availability, software support, and post-purchase service that pure-research platforms from smaller organizations cannot always guarantee.