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Dex Force W1 Pro Masters Sub-Millimeter Precision Tasks

Published

February 3, 2026

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3 min read

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Origin Of Bots Editorial Team

Dex Force W1 Pro Masters Sub-Millimeter Precision Tasks

Precision Debut Unveiled

Dex Force has launched the W1 Pro, a wheeled humanoid robot engineered for sub-millimeter precision in manipulation tasks, marking a pivotal advance in industrial and care automation. Announced amid rising demand for reliable robotic assistants, this debut positions the robot as a game-changer for sectors needing exacting dexterity without human fatigue. Early demonstrations showcase its ability to assemble intricate parts or handle delicate instruments, transforming workflows in factories and homes alike. Industry observers note its timely arrival as manufacturers seek scalable solutions for labor shortages.

Dexterity Redefined

What sets W1 Pro apart lies in its humanoid upper body, blending lifelike arm movements with wheeled stability for seamless human collaboration. It tackles complex sequences like inserting tiny components or adjusting fragile tools, thanks to Sim2Real technology that bridges simulated training to physical execution. This enables intuitive interactions, such as guiding elderly users through daily routines or partnering with assembly line workers. Meanwhile, modular end effectors swap effortlessly, adapting from precision grippers to collaborative tools, ensuring versatility across dynamic environments.

W1 Pro - Image 1

Sensing Revolution

At the core of W1 Pro's breakthroughs pulses an array of sensors fused with proprietary Visual Language Action models, delivering real-time environmental mastery. LiDAR mapping and visual SLAM empower obstacle-free navigation indoors, while force sensors provide tactile feedback for gentle handling. Running on ROS2 with Python APIs, the system supports over-the-air updates, evolving skills without downtime. Notably, its binocular vision with auto-calibration sustains pinpoint accuracy over extended shifts, outpacing traditional fixed-arm bots in adaptive scenarios.

Everyday Transformations

Imagine W1 Pro streamlining factory inspections by scanning defects at close range or assisting in elder care with steady medication dispensing. Its precision shines in parts assembly, where it maneuvers tools into sub-millimeter alignments, or precision manipulation of instruments in labs. For human interaction, it carries packages or collaborates on tasks, fostering safer, more efficient partnerships. These applications extend to teleoperated oversight via cloud integration, making it ideal for remote factories or care facilities seeking round-the-clock reliability.

W1 Pro - Image 2

Skill-Enabling Blueprint

W1 Pro's 137 cm height, 50 cm width, and 60 cm depth, paired with 45 kg weight, create a stable wheeled chassis for fluid mobility up to 3 km/h, enabling prolonged interaction sessions without toppling. A 3-5 year battery life powers extended care shifts, while RGB cameras, stereo depth, LiDAR, IMU, gyroscope, force, and temperature sensors grant dexterous grasp of nuanced environments, like delicately supporting a person's arm. Navigation via LiDAR, visual, and indoor SLAM ensures safe people interactions, with force-limiting safety and collaborative modes enhancing trust in shared spaces.

Rivals Face-Off

RobotStrengths over W1 ProW1 Pro AdvantagesWeaknesses vs. W1 Pro
Q5Faster top speed (5 km/h)Superior sub-mm precision, VLA modelsShorter battery (2 years max)
ALICE 4Lighter build (35 kg), cheaper priceAdvanced humanoid arms, ROS2 APIsLess sensor variety, no teleop
RB-Y1Higher payload (10 kg/arm)Better SLAM navigation, safety modesBulkier frame hinders tight spaces
Hiva HaiwaOutdoor ruggedness, tracksIndoor precision, human interactionSlower manipulation, no cloud upgrades

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