Bolt (MirrorMe) vs Titan 01 (WestLake)

Bolt achieves a top speed of 36 km/h (10 m/s), far surpassing Titan 01's 2.5 km/h (0.7 m/s), enabling superior dynamic balance for high-speed locomotion. Titan 01 focuses on stable, slower movement suitable for indoor patrols and demonstrations. Bolt's over 40 DoF support agile maneuvers, while Titan 01's 29 DoF prioritize controlled precision. Both maintain balance via IMU and gyroscope, but Bolt excels in unstructured environments. For applications requiring rapid traversal, Bolt demonstrates clear advantages in real-world testing.

Bolt's over 40 DoF enable complex arm and hand manipulations, supporting 20 kg dynamic carrying and 80 kg deadlift. Titan 01, with 29 DoF from self-developed joints, manages 5 kg per arm carrying and 15 kg deadlift, suited for lighter tasks like retail handling. Force sensors on both aid precise gripping, but Bolt's higher DoF allow greater versatility in dynamic scenarios. Titan 01's design emphasizes integrated joint reliability for repetitive motions. Bolt offers superior dexterity for manipulation-intensive roles.

Bolt operates fully autonomously with teleoperation overrides, leveraging ROS2 and proprietary APIs for advanced decision-making in unstructured settings. Titan 01 is semi-autonomous and primarily teleoperated, supported by its proprietary GAE Avatar System, ROS2 compatibility, and CPU/GPU/NPU compute unit. Bolt's autonomy suits independent high-speed tasks, while Titan 01 relies on human input for precision. No explicit learning details are provided, but compute presence in Titan 01 suggests potential for AI training. Bolt provides higher baseline autonomy.

Bolt handles 20 kg dynamic and 40 kg static carrying, with 80 kg deadlift capacity, ideal for logistics. Titan 01 offers 5 kg per arm carrying and 15 kg deadlift, limited to lighter loads. Both use force sensors for safe handling, but Bolt's capacities support industrial demands. Titan 01 suits demonstration-scale tasks. For heavy payloads, Bolt is markedly superior.

Both Bolt and Titan 01 feature batteries rated for 3-5 years, indicating comparable longevity in power systems. No specific runtime per charge is detailed, but Bolt's high-speed operations imply optimized efficiency for dynamic use. Titan 01's slower profile may extend per-session endurance in stationary tasks. Shared temperature sensors monitor thermal performance. Power efficiency appears equivalent based on available data.

Bolt targets dynamic motion research, sports training, high-speed logistics, and collaboration in unstructured environments, aligning with industrial agility needs. Titan 01 serves education, retail, performances, security, firefighting, and mining inspection, fitting general-purpose service roles. Bolt excels in high-mobility industrial settings, while Titan 01 prioritizes versatile, semi-supervised deployments. Overlap exists in human collaboration, but applications diverge significantly. Selection depends on mobility versus multi-domain utility.

Bolt outperforms Titan 01 in high-speed logistics due to its 36 km/h speed, 20 kg dynamic carrying, and full autonomy for unstructured navigation. Titan 01's 2.5 km/h speed and 5 kg per arm limit it to low-speed, teleoperated tasks. Bolt's specs align directly with rapid transport needs. For industrial logistics, Bolt is the recommended choice.

Bolt provides superior manipulation via over 40 DoF, 80 kg deadlift, and 20 kg dynamic capacity, enabling complex tasks in dynamic settings. Titan 01's 29 DoF and 15 kg deadlift suit simpler, precise operations under teleoperation. Bolt handles heavier, multi-joint demands effectively. For complex manipulation, Bolt is recommended.