
Waseda University / JST Moonshot program · research humanoid
WABOT-2
A seated musician robot that read ordinary scores with a camera, played an electronic organ with its fingers and feet, and could follow a human singer. Contemporary TV coverage credited it with 50 degrees of movement run by 80 microprocessors.
- Price
- —Not published
- Height
- —Not published
- Weight
- —Not published
- Payload
- —Not published
- Speed
- —Not published
- Battery
- —Not published
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Why it matters
First robot built to read sheet music and play a keyboard instrument with both hands and feet; Waseda calls it the first milestone towards a 'personal robot'.
Real-world use
Performed at Expo '85 in Tsukuba; in 2026 it was on loan to the National Communication Museum in Melbourne, Australia.
Maker
Waseda University / JST Moonshot programUniversity lab · founded 1882 · Tokyo, JapanGovernment research funding through the JST Moonshot programme (amount not stated).
How it stacks up
Against other humanoids that publish the figure. Pick a measure.
WABOT-2 has more joints than 84% of the 236 other humanoids that publish a joints. Bars show the 7 closest in date.
Not published by the maker: height, weight, speed, payload, battery, price.
Public attention
A historic robot: no longer sold or in use, so it is not ranked against current humanoids.
- No Wikipedia article of its own yet
- 2 news stories from reputable press listed on this page
Measures how much people read and write about a robot, not how good it is. Measured 2026-10-14; same method for every robot. How it is measured
What’s inside
The parts the company has talked about publicly.
- Movement
- Stationary · 50 joints
- Actuators & motors
- DC motors with harmonic drives.
- Hands
- Five-fingered hands with 14 DoF each.
- Sensors & vision
- CCD camera to read ordinary sheet music; potentiometers, DC tachogenerators and rotary encoders on joints; it listened to a human singer to follow them.
- Compute
- Distributed Zilog processors: one 16-bit Z8001 for high-level limb control, two Z8002s for mid-level playing control and 50 8-bit Z8094s, one per joint, for motor control.
- Battery & power
- No battery; powered from an external supply.
- Materials & build
- Carbon-fibre-reinforced plastic structure; about 90 kg.
- AI & software
- Unix OS with control code in C and assembly.
- Other details
- 50 DoF in total (hands 14x2, arms 7x2, legs 4x2); played an electronic organ with fingers and feet.
Named suppliers:Harmonic Drive
Lineage
Every Waseda University (Ichiro Kato lab) humanoid in order.
WABOT-11973Retired
WABOT-21984Retired- No public photo yetWe only show photos we're allowed to useHadaly-21997Retired
- No public photo yetWe only show photos we're allowed to useWABIAN1997Retired
- No public photo yetWe only show photos we're allowed to useWE-4RII2004Retired
WABIAN-22006Retired
TWENDY-ONE2007Research
KOBIAN2009Research- No public photo yetWe only show photos we're allowed to useWaseda Flutist Robot WF-4RVI2011Retired
- No public photo yetWe only show photos we're allowed to useAIREC (Dry-AIREC)2025Research
Watch WABOT-2
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
- 1 (research prototype)
- Sold or delivered
- never sold
- Where it is sold or used
- Japan; on loan to Australia's National Communication Museum, Melbourne
- Customers and pilots
- Shown at Expo '85, Tsukuba; on loan to the National Communication Museum, Melbourne (return expected mid-late 2026, per Waseda)
News
The latest 2, newest first. Summaries are ours; tap through for the original.
- WABOT-2 performs at Expo '85 in Tsukuba
The keyboard-playing robot was exhibited at the Tsukuba science expo.
Waseda University - WABOT-2 completed
Kato's lab finished a 'specialist' robot that read scores and played an electronic organ.
Waseda University Humanoid Robotics Institute
Sources
Figures come from press coverage. Every link below backs something on this page.
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