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Phybot C1 Pioneers Multimodal Imaging in Humanoids

Published

February 16, 2026

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2 min read

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Origin Of Bots Editorial Team

Phybot C1 Pioneers Multimodal Imaging in Humanoids

Imaging Revolution Unveiled

Phybot unveils the C1 humanoid, spotlighting its groundbreaking Multimodal Imaging Module that redefines how robots perceive and engage humans. This compact companion, fresh from Beijing labs, integrates person recognition with contextual awareness, transforming stiff interactions into fluid conversations. Launched amid surging demand for embodied AI, the C1 arrives as businesses and educators seek approachable tech for daily collaboration, promising to bridge the gap between machines and meaningful companionship.

Interaction Leap Forward

The C1's imaging prowess fuses visual data with environmental cues, enabling it to identify individuals and adapt responses on the fly. Paired with an HD Visual Projection Module, it projects guides or info right before users, enhancing tutorials or hospitality tasks. A breathing light strip adds emotional nuance, syncing with detections to convey attentiveness. This setup crafts encounters that feel intuitive, positioning the C1 as a responsive partner in homes or classrooms rather than a mere tool.

Phybot C1 - Image 1

Actuator Innovation Drives Vision

Cycloidal gear actuators power the C1's 25 degrees of freedom, distributing loads for precise, backlash-free motion that complements its imaging smarts. Unlike harmonic drives, these enable durable joints handling high torque up to 244 N·m, vital for stable gaze during recognition. Running on an Intel Core i7 with ROS2 and Python APIs, the system processes multimodal inputs swiftly, unlocking smooth bipedal walks informed by real-time context from IMU and encoders.

Applications Transform Daily Life

Educators deploy the C1 for interactive lessons, its imaging spotting student confusion to project clarifications. In hotels, it greets guests by name, carrying trays via 5 kg arm payloads while navigating with Visual SLAM. Sports labs test badminton swings, leveraging joint speeds for dynamic play. These scenarios highlight human-centric wins, from personalized aid to athletic coaching, making abstract AI tangible in real settings.

Phybot C1 - Image 2

Skills Enabling Human Bonds

Standing 128 x 40 x 30 cm and weighing 28 kg (up to 30 kg loaded), the C1's dynamic bipedal walking hits 2.5 km/h, with joints reaching 15 rad/s for badminton dexterity. Multimodal imaging and optional 3D LiDAR fuel person/context skills, while HD projection fosters guided interactions. Safety via force limits and collision detection ensures trusted closeness; 3-5 year battery health powers extended sessions, letting it wield trays or rackets with natural poise.

Rivals Edge Analyzed

RobotStrengths over Phybot C1Phybot C1 AdvantagesWeaknesses vs. Phybot C1
Walker S1Superior height, heavier payloadsAdvanced multimodal imaging for contextLess precise joint backlash control
Galbot G1Faster top speeds, broader DoFCompact design, projection interactionLower arm torque for sports tasks
X-Man F1Robust hydraulics, terrain masteryCycloidal durability, ROS2 accessibilityLimited sensory fusion depth
Figure 03Enterprise-scale compute, AI integrationAffordable interaction focus, badminton agilityShorter battery endurance in demos

Learn More About This Robot

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