Seer Robotics په څرخونو ولاړ انسان ډوله روبوټ by Fan Wu

Seer Robotics په څرخونو ولاړ انسان ډوله روبوټ by Fan Wu is a highly esteemed winner of the very prestigious 2025 د سپینو زرو A' Design Award جایزه in د روباټیکس، اتومیټون او اتومیشن ډیزاین Competition Category.

سپین زرروباټیکس· 2025

Seer Robotics په څرخونو ولاړ انسان ډوله روبوټ

by Fan Wu

Client: Shanghai Seer Intelligent Technology Co.,Ltd.

د سپینو زرو A' Design Award جایزه Winner in روباټیکس Category

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The Design

About Seer Robotics په څرخونو ولاړ انسان ډوله روبوټ

سییر روبوټیکس (Seer Robotics) په څرخونو ولاړ انسان ډوله روبوټ دی چې د صنعتي دندو لپاره جوړ شوی دی. دغه روبوټ د دوو حالتونو ترمنځ بدلون کوي. د حرکت په حالت کې، ټیټه وضعیت یې دې ته پرېږدي چې تر ۱۰ متره فی ثانیه پورې چټک حرکت وکړي. د کار په حالت کې، لوړه وضعیت روبوټي لاس، پنجه او چیسي ته اجازه ورکوي چې په ګډه پر بېلابېلو دندو کار وکړي. هره دنده د طبیعي ژبې یا د یوې اپلیکېشن له لارې ټاکل کېدای شي، او روبوټ بیا د معنايي نقشې (semantic map) په کارولو سره لار موندنه کوي او له خنډونو ځان ژغوري. د المونیم الیاژ او PEEK برخې یې په لوړ تودوخې چاپېریالونو کې کارونه ملاتړ کوي.

The Recognition

About the د سپینو زرو A' Design Award جایزه

Seer Robotics په څرخونو ولاړ انسان ډوله روبوټ د سپینو زرو A' Design Award جایزې ګټونکی دی، یوه غیرعادي ویاړلې پېژندنه چې لوړې درجې، ښکلو، لوړو او اغېزناکو ډیزاینونو ته ورکول کېږي. د سپینو زرو ګټونکي ډېر ځلانده او خورا خلاقي کارونه دي چې د خپلو ډیزاینرانو غوره مهارت، استعداد او ځیرکتیا ښيي. له Seer Robotics په څرخونو ولاړ انسان ډوله روبوټ څخه تمه کېږي چې یو عالي، نمونه کار وي چې په پام وړ ډول مسلکي او په ژوروالي نوښتګر دی. دا د سپینو زرو A' Design Award جایزې ګټونکی ډیزاین یو ډېر د پام وړ او ستایل شوی اختراع دی چې ګټه رسوي او د هنر، ساینس، ډیزاین او ټیکنالوژۍ حدود مخکې وړي. Seer Robotics په څرخونو ولاړ انسان ډوله روبوټ یو جوړښت دی چې پر هغه ډېر حسد کېږي، هیلې ویښوي، مثبت احساسات راوړي او حیرانتیا او تعجب راپاروي.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: SEER Robotics has developed a wheeled humanoid robot capable of switching motion and work modes, allowing for autonomous adjustments based on task requirements to facilitate task generalization in complex scenarios. In motion mode, the robot can achieve high speed movement of up to 10 m/s by lowering its posture. While in work mode, the robot elevates its posture and utilizes the multi DOF collaboration of its robotic arm, hand, and chassis to effectively perform a wide array of tasks.
Dimensions & Packaging: 8000X8000X15000mm
Tags: Dual Posture Configuration, Wheeled, Humanoid Robot, Efficient, Adaptive
Production Technology: Constructed from aluminum alloys and PEEK materials, which have a glass transition temperature exceeding 140°C and can withstand long term use at temperatures up to 260°C, this humanoid robot is designed to endure high temperature industrial environments, such as steel smelting, or operate in hot climates. Additionally, the laser sensor features a defogging coating that prevents water condensation, allowing for a broad operational temperature range from -25°C to 60°C.
Design Challenge: The availability of extensive AI training data is the key to developing industrial grade wheeled humanoid robots. SEER is database, constructed over a decade of research and development in industrial robotics, has documented essential execution data, including dynamic path planning, non standard grasping techniques, and responses to usual conditions. This advances the development of industrial grade dual posture wheeled humanoid robots with adaptive learning capabilities.
Research: SEER robotics applications cover semi-automated human-machine collaboration, automated production lines, and certain scenarios demanding high precision, such as semiconductor manufacturing. The arm joints and the core controller feature a transparent design, facilitating maintenance checks by staff. The modularized arm and hand enable quick disassembly and replacement. The robust geometric design imparts a sense of stability and strength and embodies mechanical and futuristic senses.
Inspiration: As the community faces an aging population and the imperative to enhance productivity, there is a growing demand for multifunctional and intelligent industrial robots that can fully relieve humans from intense, risky, and repetitive labor. The rapid advancement of AI technology, coupled with SEER Robotics' multimodal adaptability, enables the robot to achieve true end to end intelligence across various scenarios.
Project Duration: The project commenced in January 2024 in Shanghai, wrapped up in August 2024 in the same city, and was subsequently exhibited in September 2024 at the Shanghai International Industry Fair.
Operation Flow: The process to interact with wheeled humanoid robot: a task such as fetching a water cup can be set through natural language or an APP. The system then generates a 3D map enriched with semantic information. Modularized hardware components, such as a gripping arm or camera, can be assembled as needed, and motion parameters can be adjusted via a graphical interface. Once the task is assigned, the robot utilizes the semantic map to navigate and avoid obstacles until the task is done.
Patents: Shanghai Seer Intelligent Technology Co.,Ltd.
Team Members: Wu Fan
Image Credits: Shanghai Seer Intelligent Technology Co.,Ltd.