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Mobile manipulator / PAL Robotics

TIAGo

Research product · Research product / quote

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PAL Robotics TIAGo service robot at RoboCup 2016 Credit: Photo: ubahnverleih · CC0 1.0 · Wikimedia Commons. License and source ↗ · License terms
Decision summary
61Reality ScoreEvidence-weighted, not a promise
How Reality Score works
Record strength
E3 INDEPENDENT DEMOIndependent demonstration
Availability
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Evidence sources
2

Last reviewed 8/28/2026. The score reflects the strength of the available record, not guaranteed task performance.

A modular mobile manipulator designed for research, education, and human-robot interaction. Its ROS-based software and configurable arms make it a credible specialized alternative for structured research tasks.

Reality Score breakdown

What informs the assessment

Autonomy (20%)
58/100
Task capability (20%)
72/100
Manipulation (15%)
70/100
Reliability (10%)
52/100
Deployment maturity (15%)
60/100
Commercial readiness (10%)
58/100
Evidence strength (10%)
42/100

Weak evidence can limit the maximum score. See the exact caps.

Current version

TIAGo

Current research product

height Cm
110 to 145
software
ROS-based
arm Payload Kg
3
battery Autonomy Hours
4 to 5 with one battery
Best fit

Where the record supports a match

What isn’t proven yet

Limitations & unknowns

Documented deployments

Where the robot appears in the field record

OpenDR research consortiumresearch demonstration

Research manipulation and navigation · European Union · Historical research project

Named research project reference; no production outcome claimed.

Autonomy Supervised AutonomySupervision Research supervisionEvidence E3 INDEPENDENT DEMOIndependent demonstration
PAL Robotics source ↗
Sources

Evidence behind this record

Evidence in motion

Proof Videos

View all proof →
Watch TIAGo, the mobile manipulator robotWatch on YouTube ↗
PROTOTYPE / LAB DEMOE2 CONTROLLED DEMO

TIAGo, the mobile manipulator robot

Mobile manipulation and human-robot interaction demo · PAL Robotics

3/16/2016

What this proves

PAL Robotics demonstrates TIAGo as a research mobile manipulator combining navigation, perception, manipulation, and human-robot interaction capabilities in controlled demonstrations.

What this does NOT prove

The demonstration does not establish autonomous performance in unscripted commercial environments, production reliability, deployment scale, or economics.

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