SoftBank Robotics Discontinued

SoftBank Pepper

Model Year 2014

7/10
7/10 Editorial Score
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Technical Specifications

Manufacturer SoftBank Robotics
Height 1.20 m (3'11")
Weight 28 kg (62 lbs)
Payload N/A (social robot)
Max Speed 3 km/h (omnidirectional wheels)
Battery Life ~12 hours standby, ~4 hours active
Degrees of Freedom 20 DoF (arms + head)
AI Platform NAOqi OS, third-party integrations
Price ~$20,000/year (leasing model, production paused)
Sensors RGB cameras (face recognition)
Depth sensor
4 microphones
Sonar and laser for navigation
Touch sensors

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SoftBank Pepper — Latest Videos

We Interviewed Pepper — The Humanoid Robot

Insider Tech 424,166 views Jul 1, 2018

SoftBank Pepper Humanoid Robot Business

Charbax 7,941 views Jul 19, 2016

ISE 2020: SoftBank Robotics Europe Demos Pepper the Humanoid Robot

rAVe [PUBS] 5,971 views Feb 21, 2020

Pepper occupies a unique position in humanoid robotics history: it was never intended to perform physical labor, yet it became the most commercially deployed humanoid-form robot of all time. Developed by Aldebaran Robotics (acquired by SoftBank) and launched in 2014, Pepper was designed for social interaction — reading human emotional states and responding conversationally.

By 2020, over 27,000 Pepper units had been deployed worldwide across retail stores, banks, hospitals, airports, hotels, and schools. HSBC, Nestlé, Renault, and hundreds of SMBs deployed Pepper for customer greeting, product information, wayfinding, and entertainment. These numbers dwarf any industrial humanoid deployment and represent a genuine commercial milestone — Pepper proved that customers accept and engage with humanoid robots in service contexts.

The technical design reflects its purpose. Pepper stands 120 cm — deliberately non-threatening at chest height rather than imposing eye level. It moves on omnidirectional wheels, not legs, prioritizing indoor mobility stability over bipedal capability. It has no manipulation-capable hands; its “hands” are decorative. The focus is entirely on the 10.1-inch tablet chest display, speakers, microphone array, and camera array for face and emotion recognition.

SoftBank suspended new Pepper production in 2021 and has not confirmed a resumption timeline. The reasons are not entirely clear, but unit economics, support costs, and the limitations of pre-LLM conversational AI all likely contributed. Many deployed units have been decommissioned as software support has lagged.

The Pepper story is important context for the current generation of humanoid robots. It demonstrates that social acceptance and commercial deployment are achievable, that the economics of specialized robots are challenging even at 27,000 units, and that capability limitations create churn once novelty fades. Current industrial humanoids should learn from both Pepper’s commercial success and its ultimate limitations.

Key advantages: 27,000+ units deployed globally, proven commercial acceptance, emotion recognition, extensive deployment track record.

Frequently Asked Questions About SoftBank Pepper

What is SoftBank Pepper used for?

Pepper was designed for social interaction and customer service tasks including greeting customers, providing product information, wayfinding, and entertainment. It reads human emotional states using face and emotion recognition and responds conversationally. Over 27,000 units were deployed in retail stores, banks, hospitals, airports, hotels, and schools worldwide.

Who manufactures SoftBank Pepper?

SoftBank Robotics, through its acquisition of Aldebaran Robotics, manufactured Pepper. The robot launched in 2014 and became the most commercially deployed humanoid-form robot in history. SoftBank suspended new Pepper production in 2021 and has not confirmed a resumption timeline. Many deployed units have since been decommissioned.

How much does SoftBank Pepper cost?

Pepper operated under a leasing model at approximately $20,000 per year. New production was suspended in 2021, so Pepper is not currently available for new purchases or leases. Secondary market units may be available, but SoftBank’s software support has lagged, limiting the functionality of remaining units in the field.

What are the key specifications of SoftBank Pepper?

Pepper stands 120 cm (3 feet 11 inches) tall, deliberately designed at chest height to appear non-threatening. It weighs 28 kg (62 lbs) and has 20 degrees of freedom in its arms and head. It moves on omnidirectional wheels at 3 km/h. Battery provides approximately 12 hours standby or 4 hours active use. It features a 10.1-inch chest tablet display.

Where is SoftBank Pepper currently deployed?

At peak deployment, over 27,000 Pepper units operated worldwide across retail, banking, healthcare, airport, hotel, and educational settings. Clients included HSBC, Nestle, and Renault. Since production suspension in 2021, many units have been decommissioned as software support declined. Some units remain active in service locations globally.

How does SoftBank Pepper compare to other humanoid robots?

Pepper holds the historical record for most commercially deployed humanoid robot with over 27,000 units. Unlike current industrial humanoids, Pepper has no manipulation-capable hands and uses wheels instead of legs. Its commercial trajectory demonstrates both that social acceptance of humanoid robots is achievable and that capability limitations create customer churn once novelty fades.

What AI capabilities does SoftBank Pepper have?

Pepper runs on the NAOqi operating system with third-party integration support. It uses RGB cameras for face recognition and emotion detection, a microphone array for voice interaction, and speakers for conversational responses. The system was developed before modern large language models, and its conversational AI capabilities are limited compared to current LLM-powered robots.

✓ Pros

  • 27,000+ units deployed (historical record)
  • Proven customer acceptance in retail/hospitality
  • Long battery life for social use
  • Extensive software ecosystem

✗ Cons

  • Production currently paused
  • No manipulation capability
  • Pre-LLM conversational AI limited
  • Novelty wears off for repeat interactions
  • Leg-free design limits environments