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PIXBOT

The world’s first open source autonomous chassis.

Which is dedicated to lowering the innovation barrier of autonomous driving products and reducing the lead time of product development. 

As an open source solution for industries, academia and developer communities, PIXBOT is reliable, robust, easy-to-use, high-performance, affordable and extensible. PIXBOT applies software-defined modular design, provides accessible hardware interfaces, adopts open architecture, delivers hardware safety redundancy and supports a diverse range of autonomous driving software stack. 

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WHY DOSE PIXBOT OPENSOURCE

Cars are ubiquitous nowadays, but the cost of building a car is growing exponentially. Only a few mogul enterprises are able to customize vehicles. PIX, is making a difference, paving the way for future city innovation.

PIXBOT enhances mutual growth and participants can educate themselves along the process. Moreover, open source project allows immersive understanding upon how PIXBOT works, helping build personal skills and expertise. Developers can remain concentrated on their tasks, saving the efforts to solve the problems that have been tackled down by others already.  PIXBOT greatly facilitates the process of creating a market-ready product and every success originated here marks the growth of the PIXBOT community itself. Your involvement is a part of this revolution. 

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HOW DOSE PIXBOT OPENSOURSE

PIXBOT is released based on the open source license GPL V3 and the creative commons license CC BY-SA. We’re inviting engineers, developers and visionaries to join in, share your knowledge, experiences, code, design and ideas. You’ll be equipped with the freedom to use the codes and designs, to tweak and tune based on your personal needs, add extension functions and to share with the community your achievements and “wow” moments.

Open Source Licenses of PIXBOT

PIXBOT Software 

PIXBOT software is licensed under GPLv3, the open source software compatible license. It means the source code of PIXBOT is open source and all the derivative works based on PIXBOT codes shall be open source.  

PIXBOT Hardware 

1) The PCB designs and schematic diagrams of PIXBOT are licensed under Creative Commons license BY-NC-SA (Attribution-NonCommercial-ShareAlike Generic). It means the designs and diagrams can be used by developers and researchers for non-commercial purposes and they may not use the materials to produce commercial products for sale. In addition, contributions remixed, transformed, or built upon the PIXBOT materials shall be distributed under the same license as the original. 

2) The vehicle designs of PIXBOT are licensed under Creative Commons license BY-SA (Attribution-ShareAlike Generic).

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Intelligence

  • High-precision drive-by-wire system

  • L4 autonomous driving system

Innovation

  • Generative design

  • Independent 4-wheel drive/4-wheel steering

  • Modular design

Safety

  • Automotive-grade

  • Multiple layers of safety redundancy 

High-Performance

Driving mileage of

120km (customizable)

Top speed of

40 km/h

Gradeability of 

20%

Maximum load of 800kg

Digital Manufacturing 

  • Metal 3D printing with less parts, lower cost and lighter weight 

Customization

  • Preset CAN communication interface

  • Customizable sizes

  • Open Architecture

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Safe and Smooth

L4 Autonomous Driving

  • Independent master slave control

  • Robust control system of chassis 

  • Reliable autonomous driving software 

APPLICATION OF

PIXBOT

Open Source Pod Design
Automatic Detachable Chassis & Pod

PIXBOT open source autonomous chassis supports automatic separation from the pod atop and the chassis can move itself around independently. The modular design enables easy modification, installation and extension of different pods, providing a diverse range of customized autonomous driving vehicles for various industries, such as real-estate, tourism, retailing, logistics, security, city cleaning and more.

Based on PIXBOT,

various applications can be developed such as cleaning vehicle, shuttle car, logistics cargo, mobile retailing and multi-purpose space, suitable for application scenarios like various industrial parks, newly-built towns, parking lots, residential communities, airports, shopping mall and more.

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TECHNOLOGY AND FEATURES

MULTIPLE STEERING MODE

Regular Steering Mode 

Opposite Direction Steering Mode

Same Direction Steering Mode

SMALL TURNING RADIUS

SMOOTH / SAFE

HIGH SPACE UTILIZATION

LIGHT WEIGHT / STRONG ENDURANCE

SENSOR DEPLOYMENT

PIXBOT SIZE

PIXBOT ARCHITECTURE DIAGRAM

Leave simple information below to have the team get back to you with PIXBOT data sheet and more detailed information.

Join PIX For A New Experience

Engineer, adventurer, 3D printing, free spirits, nerd, mobility, iteration, innovator, passion, hacker, programmer, crafter, lifestyle, autonomous, excelsior, these are our tags, if you feel like one of us, join us for an incredible self-driving hacking journey.

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PIX is the self-driving project within PIXMOVING,INC. (USA)

©COPYRIGHT 2019 PIX MOVING  ALL RIGHTS RESERVED