Robot Profile

Kengoro Robot Review, Specs, Price & Images

Robot reviews, specifications, pricing, images, videos, sources, and buying research from Firgelli Robots.

University of Tokyoresearch platformhumanoid

Kengoro robot review and specifications

Musculoskeletal humanoid research robot

Kengoro robot

Images and videos

Kengoro photo gallery and movement media

Standardized views make it easier to compare body shape, proportions, end effectors, visible hardware, and public demo evidence across robots.

26 images / 0 videos
Kengoro Front viewFront view
Kengoro Side viewSide view
Kengoro Rear viewRear view
Kengoro Head and torsoHead and torso
Kengoro Arm detailArm detail
Kengoro Leg detailLeg detail
Kengoro Arm and leg detailArm and leg detail

Additional images

Kengoro Hero ImageHero Image
Kengoro Main WebPMain WebP
Kengoro Front ViewFront View
Kengoro Front ViewFront View
Kengoro Side ViewSide View
Kengoro Side ViewSide View
Kengoro Side ViewSide View
Kengoro Rear/Back ViewRear/Back View
Kengoro Rear/Back ViewRear/Back View
Kengoro Rear/Back ViewRear/Back View
Kengoro Head/Torso ViewHead/Torso View
Kengoro Head/Torso ViewHead/Torso View
Kengoro Head/Torso ViewHead/Torso View
Kengoro Arm + Leg ViewArm + Leg View
Kengoro Arm + Leg ViewArm + Leg View
Kengoro Arm + Leg ViewArm + Leg View
Kengoro Arm ViewArm View
Kengoro Arm ViewArm View

Robot Intelligence Profile

Overview, buying status, and research notes

What it isKengoro is a humanoid from University of Tokyo. Musculoskeletal humanoid research robot Our review focuses on what is published today: size, payload, runtime, mobility, software access, safety claims, and whether buyers can actually purchase or deploy it.
Availability and pricingKengoro is currently listed as research platform. Pricing is Price not publicly listed. That buying status matters because a preorder, pilot, enterprise quote, prototype, or discontinued model means very different things for buyers.
Best fitBased on its published specs and positioning, Kengoro is most relevant for musculoskeletal robotics research. It should be evaluated as a practical robot for the intended job, not only as a brand name or demo video.
What to watchPublic specifications can change as the manufacturer releases new details. Verify release timing, purchase availability, safety claims, autonomy level, SDK or ROS access, payload, runtime, battery details, sensors, hand design, actuator details, walking speed, and stable manufacturer measurements.
Comparable robotsA useful comparison set for Kengoro includes Tesla Optimus, Figure 02, Unitree G1, Apollo, Digit, NEO, Phoenix, Walker S, GR-2, Unitree H2. Compare price, availability, height, weight, payload, runtime, DOF, walking speed, hands, software access, service model, and deployment evidence.
Specs that matterKengoro has 7 public specification details available for review. Specification highlights include Price: Price not publicly listed; Availability: research platform. The important question is whether the published capabilities match the actual work: lifting, walking, sensing, manipulating objects, operating safely, and being supported after deployment.

Profile coverage

Documented facts and source coverage

This humanoid profile connects reviewed reference records where available, including manufacturer pages, documentation, media, papers, patents, and community notes.

Public spec details7 items
Reference links1 sources
Images26 views
Videos0 clips
Data confidence88%

Kengoro Review

Kengoro review, specs, price, availability and comparison

Quick answer: Kengoro is a humanoid associated with University of Tokyo. Based on currently available public information, its availability is research platform, and its pricing status is Price not publicly listed.

This profile is designed for people comparing humanoid robots, evaluating robot buying options, checking developer suitability, or researching the state of commercial robotics. Fields without enough public support stay unconfirmed until a stronger source is attached.

What is Kengoro?

Musculoskeletal humanoid research robot

Who makes it?

University of Tokyo is the manufacturer currently connected to this profile. Use the linked manufacturer page and source cards below to verify company-level details, model lineage, and official product information.

What is it designed for?

Kengoro is most relevant for musculoskeletal robotics research. Treat use-case claims carefully when the robot is still marked as prototype, piloting, announced, or unavailable to the public.

Availability and price

Availability: research platform. Price: Price not publicly listed. Robot pricing often depends on configuration, support contract, accessories, and whether the customer is buying, leasing, or joining a pilot.

Hardware and design

Public hardware details are still incomplete for Kengoro; published dimensions and manipulation fields are listed in the specification table.

Mobility

Walking: Legged walking mobility

Hands, manipulation and payload

End-effector and hand details are not fully documented yet. Use payload, hand DOF, finger count, and grip fields when comparing manipulation ability.

Battery and charging

Battery chemistry, charging method, and runtime are not fully documented in the public data yet. Runtime should not be assumed beyond the fields shown in the specification table.

AI, software and developer support

Software, SDK, ROS, local AI, and cloud AI details are tracked when publicly available. Software details stay unconfirmed until a stronger source is connected.

Strengths

  • 1 linked source records support verification.
  • 26 approved image assets help compare visible design and proportions.

Limitations and uncertainties

  • Runtime is not fully documented in the public data.
  • Robot specifications can change quickly as manufacturers revise hardware, software, and deployment programs.

Best use cases

  • musculoskeletal robotics research

Not ideal for

  • Buyers who need guaranteed availability without confirming directly with the manufacturer.
  • Procurement decisions that require independently verified pricing, warranty, and deployment support.
  • Applications where missing safety, runtime, payload, or autonomy data cannot be tolerated.

Similar robots and comparisons

Compare Kengoro against nearby robots to understand maturity, cost, availability, hardware tradeoffs, and ecosystem differences.

FAQ

What is Kengoro?

Kengoro is a humanoid associated with University of Tokyo. Firgelli Robots tracks its public specifications, media, source links, availability status, and comparison data in one profile.

Who makes Kengoro?

Kengoro is listed with University of Tokyo. Use the manufacturer profile and source links on this page to verify company details before making buying or research decisions.

Is Kengoro available to buy?

Current availability status: research platform. If the robot is marked as a prototype, pilot, announced, or not publicly sold, treat pricing and delivery claims as preliminary.

How much does Kengoro cost?

Pricing status: Price not publicly listed. Robot prices often vary by configuration, support contract, deployment type, and customer type.

What are the main Kengoro specifications?

Headline specs include height Not publicly verified, runtime Not publicly verified, payload Not publicly verified, and degrees of freedom Not publicly verified.

What is Kengoro best used for?

Kengoro is most useful to evaluate in the context of musculoskeletal robotics research.

Specifications

Kengoro specifications

Specs are grouped into practical sections with plain-language values so readers can quickly compare the robot.

7 public details
Identity 6 public details
Robot NameKengoro
ManufacturerUniversity of Tokyo
Country of OriginJapan
AvailabilityResearch platform
MarketResearch
Official product pageOpen official product page
Mobility 1 public detail
WalkingLegged walking mobility

Sources

Source links, manuals, papers, and further reading

Use these links to verify claims, inspect manufacturer pages, or continue deeper technical research.

Primary and supporting sources

Official pages, manufacturer pages, launch pages, and supporting references.