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DexForceChina

W1 Pro

  • Over 40 kgOver 88 lb
  • Industry
  • Research and development

Key figures as stated by the manufacturer

3 of 6 stated · 3 gaps
  • Weight ⁠A 110kg243lbOur conversion from 110 kg. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.
  • Payload, moving not stated
  • Runtime ⁠A at least 480minWarning: load condition not stated
  • Max speed ⁠A 5.4km/h3.36mphOur conversion from 5.4 km/h. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.
  • AI model not stated
  • Indicative price not stated
How to read the figures
14kgA30.9lbA
The letter in the grey square after a figure points to the source the figure came from. Robots with several sources carry several letters.
Payload, moving
A stroke before a field name means the figure carries a caveat that affects how it compares with other robots. The caveat is printed with the figure.
74.5lb
Imperial figures are our own conversion unless the manufacturer states an imperial figure itself. The source letter always belongs to the metric figure — a conversion has no source of its own.
Deviations and variants in the key figures (4)

Weight

Note Weight row of the specification table, W1 Pro column.

Payload, moving

Note Only an arm figure is given, "Max payload (single arm) 10kg"; it is not a whole-robot payload.

Runtime

Caveat Battery life of the W1 Pro column; no load or task condition is given.

Max speed

Note Straight-line speed of the differential chassis; the table also gives a rated speed of 1.2 m/s.

DexForce W1 Pro, yellow two-armed humanoid robot on a jointed column and wheeled base, manufacturer product image

Manufacturer's own photo.

Intended use, per the manufacturer

The manufacturer’s words

Data Collection & Training, Research & Education, Commercial Services, Industrial Manufacturing

Source: en.dexforce.com · Retrieved

This category is not our assessment.

Full specifications

10 of 32 fields stated
The letter points to the source at the foot of the page. Fields without a figure are dashed: the manufacturer does not state them — that is not the same as zero, and not the same as no.
Field Value Source and caveats
Physical
Weight110kg243lbOur conversion from 110 kg. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.

Note Weight row of the specification table, W1 Pro column. ⁠A

Length68.2cm26.9inOur conversion from 68.2 cm. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.

Caveat First value of the "L×W×H" dimensions row; the page does not say in which posture the robot is measured. ⁠A

Width55cm21.7inOur conversion from 55 cm. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.

Caveat Second value of the "L×W×H" dimensions row. ⁠A

Height163.6cm64.4inOur conversion from 163.6 cm. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.

Caveat Third value of the "L×W×H" dimensions row. ⁠A

Degrees of freedom34DoF

Note Maximum DOF for the full-body differential chassis; the page gives 40 for the omnidirectional chassis. Breakdown: neck 2, waist 2, leg 2, arm 7 per arm, end effector 6 per dexterous hand or 2 per two-finger gripper, chassis 2 (differential) or 8 (omnidirectional). ⁠A

Payload, movingnot stated

Note Only an arm figure is given, "Max payload (single arm) 10kg"; it is not a whole-robot payload. ⁠A

Payload, standingnot stated

Note Only an arm figure is given, "Max payload (single arm) 10kg"; it is not a whole-robot payload. ⁠A

Max speed5.4km/h3.36mphOur conversion from 5.4 km/h. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.

Note Straight-line speed of the differential chassis; the table also gives a rated speed of 1.2 m/s. ⁠A

Max slopenot stated
Single obstaclenot stated
IP ratingnot stated
Operating temperature, lownot stated
Operating temperature, highnot stated
Power
Batterynot stated

Note Only a capacity in ampere-hours is given, without a voltage, so no energy figure can be stated. ⁠A

Runtimeat least 480minWarning: load condition not stated

Caveat Battery life of the W1 Pro column; no load or task condition is given. ⁠A

Hot-swap batterynot stated
Charge timenot stated
Docking stationnot stated
Sensing and autonomy
LiDAR2 navigation LiDARs, diagonally mounted on the chassis.

Note From the perception rows of the specification table; the LiDARs serve SLAM navigation and obstacle avoidance. ⁠A

CamerasHead: binocular stereo vision with a 6 cm baseline. Chassis: 2 navigation and obstacle-avoidance cameras, front and rear centre. Wrist RGBD cameras are optional, not standard.

Note From the perception rows of the specification table, W1 Pro column. ⁠A

Onboard computeDual-PC architecture, total computing power at least 300 TOPS.

Note W1 Pro column; the W1 Core column lists a single-PC architecture of at least 150 TOPS. ⁠A

ROS 2not stated
SDK languagesnot stated

Note The table confirms that secondary development is available but names no programming languages. ⁠A

Autonomy levelnot stated

Note No named autonomy level is given; the table lists "Autonomous Mobility" only as an application type. ⁠A

Payload and expansion
Mounting interfacenot stated

Note The page lists a dexterous hand or two-finger gripper as options but names no mounting interface. ⁠A

Power outnot stated
Data portsnot stated
Commercial
Indicative pricenot stated
EU
CE statednot stated

Records only what the manufacturer states regarding CE marking.

FCC statednot stated
UL statednot stated
CCC statednot stated

Notes

  • DexForce's W1 Pro page shows two columns in its specification table, W1 Pro (full-body form factor) and W1 Core (upper-body form factor). The figures are from the W1 Pro column.
  • The W1 Pro moves on a wheeled chassis: the table lists the movement mode as "Differential (Optional: Omnidirectional)" and the page describes no walking gait. Its torso row gives "Leg: 2 DOF".
  • Total degrees of freedom depend on the chassis: the page gives 34 for the differential chassis and 40 for the omnidirectional chassis.

The manufacturer’s own page

The manufacturer’s original product page for this model.

Open the manufacturer’s page for W1 Pro

https://en.dexforce.com/w1pro.html

See every model from DexForce

Sources

One line per source, not per figure: a source has one retrieval date. The letter beside a figure points to the line it came from.