Kinisi Robotics
Kinisi Robotics is a UK and US robotics start-up, based in Bristol, England, that builds the KR1, a wheeled humanoid robot for repetitive, physically demanding work in warehouses and industry. It was started in late 2023 by Brennand (Bren) Pierce, its chief executive, who has a PhD in humanoid robotics from the Technical University of Munich and previously co-founded Bear Robotics and Robotize, ventures that raised more than US$180 million and deployed over 10,000 robots. Kinisi deliberately chose a wheeled base instead of legs, arguing that simpler, stable designs are faster and safer in workplaces shared with people. The KR1 was built in about six months and was working with agentic AI by May 2024. It was shown publicly as a working prototype in 2025 and moved into paid pilot programmes, using reinforcement learning to automate pick-and-place and other repetitive tasks. In June 2026 Kinisi was acquired by Bear Robotics, the service robot company majority-owned by LG Electronics.
💡Notable Achievement: Kinisi Robotics, founded by Bren Pierce in late 2023, built its KR1 wheeled humanoid in about six months and was acquired by Bear Robotics in June 2026.
What Does Kinisi Robotics Do?
Kinisi Robotics is a Bristol-based start-up, founded by Bren Pierce in late 2023, that builds the KR1 wheeled humanoid for repetitive warehouse and industrial work.
“Simple wheeled humanoids for dirty and repetitive work.”
Wheels over Legs
Chosen because a stable base is faster and safer around people.
Fast Development
KR1 was working with agentic AI by May 2024.
Bear Robotics
Acquired by LG-controlled Bear Robotics in June 2026.
What Can Kinisi Robotics Robots Actually Do?
Cross-portfolio operational capabilities, manipulation tasks, and environmental competencies
Pick-and-place and repetitive industrial tasks.
Pick and Place
Automates repetitive picking work.
Reinforcement Learning
Learns tasks with reinforcement learning.
Kinisi Robotics Robots
Showing 1 Humanoid Robots of 1 total model
Kinsi 01
Manufactured by Kinisi Robotics
Kinsi 01 is a wheeled humanoid robot engineered by Kinsi Robotics for high-throughput logistics and warehouse automation. Standing 162 cm tall, it combines LLM-driven intelligence with a stable wheeled base to achieve speeds up to 14.4 km/h, significantly outperforming unstable bipedal prototypes in shared spaces. The robot features dual arms with a 10 kg payload capacity per arm, enabling precise pick-and-place, sorting, and assembly tasks. Powered by hot-swappable batteries, it offers an 8-hour runtime for continuous shifts. Equipped with stereo depth cameras and a 180° LiDAR array, Kinsi 01 utilizes visual SLAM for autonomous navigation and obstacle avoidance. Its onboard NVIDIA Jetson computing ensures rapid local decision-making without cloud dependency, while imitation learning allows operators to teach tasks via simple demonstration, eliminating the need for complex coding.
Kinisi Robotics Timeline & Milestones
Evolutionary history, landmark prototypes, major acquisitions, and commercial roadmap
Kinisi Robotics started
Bren Pierce starts Kinisi Robotics in late 2023 to build practical wheeled humanoid robots.
Source: kinisi.com
KR1 working with agentic AI
Kinisi's KR1 wheeled humanoid is fully working with agentic AI, about six months after development began.
Source: kinisi.com
KR1 in paid pilot programmes
Kinisi shows the KR1 as a working prototype and moves into paid pilots, favouring simplicity over spectacle.
Source: tech.eu
Acquired by Bear Robotics
Bear Robotics acquires Kinisi Robotics to strengthen its physical AI capabilities.
Source: therobotreport.com
Kinisi Robotics Competitors by Category
Direct industry rivals grouped by specific robotics domain
Boston Dynamics
→Model: Stretch
Focus: Heavy warehouse box unloading and palletizing
DexForce
Industry PeerModel: W1 Pro
Focus: Wheeled dual-arm mobile manipulation for smart manufacturing
Swisslog
Industry PeerModel: ItemPiQ
Focus: Automated order picking and fulfillment robotics
What Makes Kinisi Robotics Different?
Editorial AnalysisOrigin of Bots objective strategic assessment, engineering moats, and commercial hurdles
Key Strengths & Moats
- ✓Founder previously built Bear Robotics and Robotize.
- ✓Backed by an LG-controlled parent after acquisition.
Core Strategic Focus
Paid pilots and integration with Bear Robotics.
Road Ahead & Challenges
- •KR1 pricing is unpublished.
- •Company now part of a larger group, so its independent roadmap may change.
Kinisi Robotics vs Key Competitors
Strategic capability matrix across platform categories, commercial readiness, and target markets
Mobility Form Factor
- KR1 (Kinisi)
- Wheeled base
- Stretch (Boston Dynamics)
- Omnidirectional Wheel Base
- W1 Pro (DexForce)
- Wheeled Chassis
- Apollo (Apptronik)
- Bipedal Locomotion
Arm Payload Capacity
- KR1 (Kinisi)
- Not published
- Stretch (Boston Dynamics)
- 23 kg Single-Arm
- W1 Pro (DexForce)
- 20 kg Dual-Arm
- Apollo (Apptronik)
- 25 kg Dual-Arm
Maximum Transit Speed
- KR1 (Kinisi)
- Not published
- Stretch (Boston Dynamics)
- 4.0 km/h
- W1 Pro (DexForce)
- 5.4 km/h
- Apollo (Apptronik)
- 4.5 km/h
Primary Market Focus
- KR1 (Kinisi)
- Warehouses & industrial work
- Stretch (Boston Dynamics)
- Container Truck Unloading
- W1 Pro (DexForce)
- 3C Electronics Assembly
- Apollo (Apptronik)
- Automotive Manufacturing
| Strategic Dimension | KR1 (Kinisi) | Stretch (Boston Dynamics) | W1 Pro (DexForce) | Apollo (Apptronik) |
|---|---|---|---|---|
| Mobility Form Factor | Wheeled base | Omnidirectional Wheel Base | Wheeled Chassis | Bipedal Locomotion |
| Arm Payload Capacity | Not published | 23 kg Single-Arm | 20 kg Dual-Arm | 25 kg Dual-Arm |
| Maximum Transit Speed | Not published | 4.0 km/h | 5.4 km/h | 4.5 km/h |
| Primary Market Focus | Warehouses & industrial work | Container Truck Unloading | 3C Electronics Assembly | Automotive Manufacturing |
Corporate Ecosystem & Ownership Structure
Parent company relationships, historical acquisitions, and global operating facilities
Bear Robotics
Bear Robotics acquired Kinisi in June 2026; LG Electronics holds a majority of Bear.
Ownership & Acquisition History
Bear Robotics acquired Kinisi in June 2026; LG Electronics holds a majority of Bear.
Global Facilities & Operating Hubs
Kinisi Robotics Headquarters
HQBristol, United Kingdom
Articles & Industry News
Showing 1 recent article and news updates about Kinisi Robotics
Frequently Asked Questions
8 AnswersVerified answers, company specifications, and deployment details about Kinisi Robotics
What is Kinisi Robotics?
Kinisi Robotics is a Bristol, UK start-up founded in late 2023 that builds the KR1, a wheeled humanoid robot for repetitive work in warehouses and industry. It was acquired by Bear Robotics in 2026.
Who founded Kinisi Robotics?
Kinisi was founded by Bren Pierce, who has a PhD in humanoid robotics from TUM in Munich and previously co-founded Bear Robotics and Robotize, raising over US$180 million.
What is the Kinisi KR1?
KR1 is Kinisi's wheeled humanoid robot with two arms, designed for stable, fast and safe pick-and-place and other repetitive tasks in workplaces shared with people.
Was Kinisi acquired by Bear Robotics?
Yes. Bear Robotics, the service robot company majority-owned by LG Electronics, acquired Kinisi in June 2026 to strengthen its physical AI capabilities.
Why does the KR1 use wheels instead of legs?
Kinisi chose a wheeled base because it is simpler, more stable and faster on flat floors, which it believes makes robots safer and more reliable in real workplaces.
How does the KR1 learn tasks?
Kinisi uses reinforcement learning and agentic AI to teach the KR1 repetitive industrial tasks, so it can automate work such as picking and placing items alongside people.
How much does the Kinisi KR1 cost?
Kinisi has not published a price for the KR1. It has been offered through paid pilot programmes with industrial customers.
Where is Kinisi Robotics based?
Kinisi Robotics is based in Bristol, England, and has also operated in California in the United States, where its KR1 humanoid was developed and shown as a working prototype.
Verified Data & Editorial Assurance
Compiled from verified corporate filings, official Kinisi Robotics datasheets, and robotics engineering registries. Information has been verified against official manufacturer documentation. For commercial procurement or proprietary integrations, contact the manufacturer directly.