Humanoid & robot atlas
LOLA
Photo: Technical University of Munich (TUM) (official image), from mec.ed.tum.de. Image policy
ResearchGermany

Technical University of Munich (TUM) · research humanoid

LOLA

A full-size, lightweight biped for fast walking research that copes with unexpected uneven and soft ground and can brace with its arms.

Price
—Not published
Height
180 cmTaller than 86%
Weight
55 kgHeavier than 38%
Payload
—Not published
Speed
3.3 km/hFaster than 28%
Battery
—Not published

Not sure this is the one? Find the best robot for your job Starts with: research and teaching. Five more quick questions.

Why it matters

A research humanoid from Technical University of Munich.

Real-world use

No customers or deployments reported yet.

Timeline

First shown
2010
Released
Not yet
Technical University of Munich

Maker

Technical University of Munich (TUM)University lab · founded 1868 · Munich, Germany

Public university (budget about EUR 2.17 billion in 2024, including the university hospital)

How it stacks up

Against other humanoids that publish the figure. Pick a measure.

Not published by the maker: payload, battery, price.

What it has been shown doing

1 of 14 skills we track, each from a public video or report. Demos can be staged or remote-controlled; we say so when the source does.

  • Rough groundDemowalks over uneven terrain (6 cm height variation) and unexpected obstacles with vision off, using force control (2020 paper; date approximate) · Jan 2020 · mec.ed.tum.de

Not shown yet:SortAssembleFoldKitchenToolsFineStairsGet upRunJumpCarryOn siteAutonomous

Public attention

How much public attention LOLA gets, from open data.

  • No Wikipedia article of its own yet
  • No recent press stories listed yet

Measures how much people read and write about a robot, not how good it is. Measured 2026-10-13; same method for every robot. How it is measured

What’s inside

The parts the company has talked about publicly.

Hands
none
Movement
Walks on legs · 25 joints
Actuators & motors
Custom brushless DC motors with harmonic drive gears; parallel-kinematic legs with a roller-screw knee giving up to 380 Nm. 26 degrees of freedom: head 2, each arm 4, pelvis 2, each leg 7.
Sensors & vision
iMAR iVRU-FC-C167 IMU in the torso, custom force-torque sensors in the feet, Schunk FTE-Axia80 force-torque sensors at the hands, Intel RealSense T265 and D435 cameras in the head, motor-side and link-side joint encoders.
Compute
Two mini-ITX industrial boards, each with an Intel Core i7-8700 and 32 GB RAM, an NVIDIA Quadro P2000 GPU, an ELMO servo controller per joint and an EtherCAT bus.
Battery & power
External supply feeding 24 V and 80 V circuits.
Materials & build
Aluminium, 3D-printed titanium and stainless steel.
AI & software
QNX Neutrino RTOS 7.0 for control, Ubuntu 20.04 for computer vision, and TUM's broccoli library.
Other details
176 cm, 68 kg; walks at up to 3.38 km/h.

Named suppliers:NVIDIAIntelIntel RealSenseHarmonic DriveQNXSCHUNK

Lineage

Every Technical University of Munich humanoid in order.

  1. JOHNNIEJOHNNIE2003Retired
  2. RosieRosie2009Retired
  3. LOLALOLA2010Research

Watch LOLA

Video: TUM Chair of Applied Mechanics (@AppliedMechanicsTUM) on YouTube. Plays from youtube-nocookie.com when you press play.

Made, sold and where

Unit counts are usually company figures; analysts often disagree.

Price
Not published
How to get one
No official buying page found
Built
One research robot.
Sold or delivered
Never sold.
Where it is sold or used
Germany

Side by side with its peers

Picked by the same rules for every humanoid: another maker’s robot that moves the same way, is at the same stage and does at least one of the same main jobs, first shown within two years. Closer size and price rank higher. How we choose

Full comparison

Sources

Figures come from press coverage. Every link below backs something on this page.

TUM Chair of Applied Mechanics Lola (humanoid robot project page) TechCrunch Video: Meet LOLA, Germany's newest (and very tall) fembot Logo: TUM ccc, Public domain, via Wikimedia Commons

Photos and logos only identify each robot and its maker. Simbeing is not affiliated with, sponsored by or endorsing any company, and nothing here is advertising. Figures are for statistics only and are not advice of any kind. Terms of use