X1 Pro ባለተሽከርካሪ ሂዩማኖይድ ሮቦት by Fan Wu is a highly esteemed winner of the very prestigious 2026 A' Design Award የብር ሽልማት in የሮቦቲክስ፣ አውቶማቶን እና አውቶሜሽን ዲዛይን Competition Category.

ብርሮቦቲክስ· 2026

X1 Pro ባለተሽከርካሪ ሂዩማኖይድ ሮቦት

by Fan Wu

Client: Shanghai Seer Intelligent Technology Co., Ltd.

A' Design Award የብር ሽልማት Winner in ሮቦቲክስ Category

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Verified Award Winner

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View at A' Design Award Press Release Award Badge

Colors

The Design

About X1 Pro ባለተሽከርካሪ ሂዩማኖይድ ሮቦት

X1 Pro በመጋዘኖች እና በሎጂስቲክስ ተቋማት ውስጥ የዕቃ አያያዝ ሥራን ለማከናወን የተነደፈ ባለተሽከርካሪ ሂዩማኖይድ ሮቦት ነው። ሮቦቱ የተለያዩ ዓይነት፣ ቀለም እና መጠን ያላቸውን ሳጥኖች ያለ ሰው መመሪያ ይለያል፣ ይይዛል እና ያንቀሳቅሳል። ሁለት ሁነታዎች ይገኛሉ። በእንቅስቃሴ ሁነታ ሻሲው ዝቅ ብሎ በሰከንድ እስከ 10 ሜትር በፍጥነት ይጓዛል። በሥራ ሁነታ ሻሲው ከፍ ብሎ ከሮቦቲክ ክንዱ እና ከጫፍ መሣሪያው ጋር በመተባበር ከወለል ደረጃ እስከ የመደርደሪያ አሃዶች አናት ድረስ ያለውን ክልል ይሸፍናል። ከ40 ኪሎግራም በላይ የሆኑ ሳጥኖችን መሸከም ይችላል።

The Recognition

About the A' Design Award የብር ሽልማት

X1 Pro ባለተሽከርካሪ ሂዩማኖይድ ሮቦት የA' Design Award የብር ሽልማት አሸናፊ ነው፤ ይህም ለምርጥ ደረጃ፣ ውብ እና አስደናቂ ዲዛይኖች የሚሰጥ ያልተለመደ ከፍተኛ ክብር ያለው እውቅና ነው። የብር አሸናፊዎች የዲዛይነሮቻቸውን የላቀ ልምድ፣ ተሰጥኦ እና ጥልቅ ማስተዋል የሚያሳዩ እጅግ ብሩህ እና እጅግ ፈጠራ የተሞላባቸው ሥራዎች ናቸው። X1 Pro ባለተሽከርካሪ ሂዩማኖይድ ሮቦት እጅግ ሙያዊና ጥልቅ ፈጠራ የተሞላበት አስደናቂ ማሳያ ሥራ እንደሚሆን ይጠበቃል። ይህ የA' Design Award የብር ሽልማትን ያሸነፈ ዲዛይን የኪነ ጥበብ፣ የሳይንስ፣ የዲዛይን እና የቴክኖሎጂ ድንበሮችን የሚጠቅምና የሚያስፋፋ ትኩረት የሚስብ፣ የሚደነቅ ፈጠራ ነው። X1 Pro ባለተሽከርካሪ ሂዩማኖይድ ሮቦት ፍላጎትን የሚቀሰቅስ፣ በጎ ስሜት የሚያመጣ እና መደነቅንና መገረምን የሚያቀጣጥል በብዙዎች የሚቀኑበት ፈጠራ ነው።

Behind the Design

Press Kit

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

Unique Properties: Driven by the FAM series of embodied models developed in house, the X1 PRO wheeled humanoid robot achieves fully autonomous recognition, grasping, and precise handling of boxes of various types, colors, and sizes in unstructured industrial warehousing and logistics scenarios.
Dimensions & Packaging: 680 mm x 615.5 mm x 1772.6 mm
Tags: Dual Modality, Wheeled, Humanoid Robot, Efficient, Self Adaptive, Autonomous Learning and Evolutionary Capability
Production Technology: The X1 PRO features dual mode switching between locomotion and operation modes. In locomotion mode, the chassis adaptively lowers to enable high-speed movement of up to 10 meters per second. In operation mode, the chassis automatically raises, coordinating the MDOF system of the robotic arm, end effector, and chassis to efficiently perform a variety of tasks. This configuration fully covers the entire operational range from ground level to the top of shelving units.
Design Challenge: The X1 PRO operates in highly complex task scenarios. Enabling the model to extract core features from very few samples for generalized learning while maintaining accuracy and stability requires fundamental redesign of the underlying algorithmic architecture, realignment of multimodal data fusion, and logical reconstruction. The technical innovation and difficulty of this development are extremely high, with no established industry reference path available.
Research: Leveraging the physical interaction modeling capability of the FAM series, the X1 PRO generates optimal grasping and motion strategies in real time based on box weight, center of gravity, and material, autonomously adjusting force and posture. It can smoothly transport boxes exceeding 40 kilograms while maintaining strong robustness under complex load variations, achieving high load, high dynamic industrial grade full process operation.
Inspiration: Industrial robotics is evolving from rigid automation to flexible intelligence. Addressing the pain points of high deployment costs and insufficient task generalization in traditional robots, embodied intelligence technology equips robots with multimodal autonomous perception and learning capabilities, enabling them to achieve human like perception and execution, a pathway considered key to overcoming current technical bottlenecks.
Project Duration: The project began in Shanghai in March 2024, was completed in May 2025, and was exhibited at CeMAT Shanghai 2025.
Operation Flow: Built on a proprietary 3D thermal map alignment architecture, the FAM series models revolutionize the hourglass shaped information processing flow of traditional vision language action models. This allows the X1 PRO to learn and deploy each complex task with only three to five demonstration samples, reducing data requirements to one percent of conventional levels, meeting the industrial need for rapid deployment and flexible response.
Team Members: Fan Wu
Image Credits: Fan Wu