VR-M2

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The VR-M2 humanoid robot from VinRobotics is a mid-range bipedal platform designed for industrial logistics, factory automation, and research applications. Standing approximately 165 cm tall with human-like proportions, it features 32-40 degrees of freedom powered by electric servo actuators and harmonic gear drives for stable, natural gait including walking at up to 4 km/h, stair navigation, and uneven terrain handling. Equipped with dual 1080p RGB-depth cameras, IMU, gyroscopes, and force sensors, it enables visual SLAM navigation and real-time perception-planning-action integration. Dual arms with 5-finger hands offer 10-14 DOF per hand for dexterous manipulation, carrying up to 3-10 kg per arm and deadlifting 40 kg total. Safe for human collaboration with collision detection and emergency stops, it supports semi-autonomous operation, multi-language voice interaction, fall recovery, and swappable batteries for 4-hour runtime. Built from aluminum and plastic composites, VR-M2 excels in harsh indoor environments, performing tasks like object handling, gesturing, and autonomous charging.

Manufacturer
VinRobotics
Country
Vietnam
OOB Humanoid
#420Rankings →
Launch Year
2025
Price
USD 75,000–100,000 (Targeted for early commercial enterprise)
Availability

No public way to buy it as of Nov 2026.

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Quick Overview & Key Facts

VR-M2 is a humanoid robot made by VinRobotics in Vietnam, launched in 2025 and built for factory assistance, hazardous environment tasks, and object manipulation. Its estimated price is USD 75,000–100,000 (Targeted for early commercial enterprise). Featured in “VinRobotics Rockets 270% Growth into Humanoid AI Era”.

Dimensions
165.0 x 50.0 x 40.0 cm (Human-like proportions)
Weight
75 kg (Reinforced industrial chassis)
Mobility
Legged (bipedal walking)
Top speed
4 km/h (1.1 m/s)
Handles
Tools, packages, precision instruments, people interaction
Battery runtime
4 hours
Charging time
3 hours (Fast-charging station compatible
Sensors
RGB cameras, stereo depth cameras, LiDAR, ultrasonic, IMU, gyroscope, force sensors, temperature
Operating environment
Indoor

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Review Videos

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Robot Specifications

Values without a Confirmed badge are compiled from public sources and may not be manufacturer-verified.

Primary Use Cases
Factory assistance, hazardous environment tasks, object manipulation, human-robot interaction demos
Deployment
Teleoperation, autonomous, learned behaviors
Tools, packages, precision instruments, people interaction
3 kg per arm
40 kg maximum

Not yet published by VinRobotics: warranty terms, safety certifications, EMC compliance, IP rating, noise level, expected lifespan, maintenance schedule, firmware version and 7 more.

VR-M2 vs P-73, Dyno, LUS2 and VR-H1

VR-M2 overlaps with these alternatives on Material handling and Industrial automation; only VR-M2 is tagged for Logistics and Force control. VR-M2 trails the closest alternatives on max speed, runtime and weight.

Industries and capabilities are tags, not scores: a tick means the robot is listed for it. Green marks the best figure in a row (highest max speed and runtime; lowest weight). Ranges are not ranked.

VR-M2 compared with P-73, Dyno, LUS2 and VR-H1: industries, capabilities, max speed, runtime, weight and released
SpecVR-M2VinRoboticsP-73Blue RobinDynoVinDynamicsLUS2Lumos RoboticsVR-H1VinRobotics
Industries
Material handlingYesNoNoYesNo
LogisticsYesNoNoNoNo
Industrial automationYesYesYesYesYes
ManufacturingYesYesYesYesYes
Capabilities
Task planningYesNoNoYesNo
Force controlYesNoNoNoNo
AdaptationYesYesYesYesYes
Autonomous task executionYesYesYesYesYes
Max Speed1.11 m/s1.25 m/s—1.11 m/s1.5 m/s
Runtime4 h6 h—120 min2–4 h
Weight75 kg75 kg75 kg57 kg75 kg
Released20252025202620252025

Notes such as conditions or alternate figures are left out and values are shown in common units; open each page for the full specs. Browse all Humanoid Robots

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Frequently Asked Questions

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Q1. What is VR-M2, and what problem is it designed to solve?

VR-M2 is the first prototype in VinRobotics' mid-range humanoid robot series. According to the manufacturer, it addresses labor shortages in industrial tasks through automation.

Q2. What are the main capabilities and key features of VR-M2?

VR-M2 belongs to VinRobotics' mid-range humanoid series, incorporating AI vision and force control. The company states it supports tasks like surface finishing and mobile manipulation.

Q3. Who is VR-M2 built for, and which industries can benefit from it?

VR-M2 targets manufacturing and warehouse sectors. VinRobotics positions it for businesses seeking automation in assembly, inspection, and palletizing operations.

Q4. Is VR-M2 a commercial product or still a research prototype?

VR-M2 is designated as the first prototype of VinRobotics' mid-range humanoid robot series. As of 2026, it remains in the prototype stage per the company's product listings.

Q5. Is VR-M2 currently available for purchase, and when is it expected to ship?

As of 2026, VR-M2 is not listed for commercial purchase. VinRobotics has not announced specific shipping timelines beyond prototype development.

Q6. How does VR-M2 actually work in real-world environments?

VR-M2 integrates AI-driven computer vision and reinforcement learning for locomotion. According to VinRobotics, it enables stable movement and task execution in factory settings.

Q7. When was VR-M2 announced or officially launched?

VinRobotics lists VR-M2 as its mid-range humanoid prototype on its website. No specific announcement date is detailed, with references appearing in 2025 updates.

Q8. How is VR-M2 different from other robots in the same category?

VR-M2 is the initial mid-range model in VinRobotics' lineup, distinct from their high-end H1-H3 prototypes. It focuses on cost-effective industrial applications per the manufacturer.

Q9. Does VR-M2 require additional development or customization after purchase?

As a prototype, VR-M2 would likely need customization for specific deployments. VinRobotics offers technology transfer for industry-tailored robotics solutions.

Q10. What is the future roadmap or planned upgrades for VR-M2?

VinRobotics aims to advance its humanoid series toward human-level walking speeds using reinforcement learning. The company plans broader industrial integration from prototype stages.

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