PIXLOOP | pixmoving

A drive-by-wire chassis platform dedicated to autonomous driving developers

Watch Video

Order Now

Drive-by-wire platform with open CAN interface for engineering development and rapid prototyping of smart vehicles.

Reliable, Flexible,

Extensible

As a software-defined chassis platform, PIXLOOP offers comprehensive, open and powerful API interfaces for developers. PIXLOOP supports open-source software like Autoware and Apollo, users are empowered to focus on their application development based on PIXLOOP, significantly reducing the development cost and lead time for autonomous driving and smart vehicle applications.

PIXLOOP
- Hooke

Size: 2510 x 1700 x 630mm

70-100km
Driving Mileage

500kg
Without Load

20%

Gradability

40km/h

Maximum Speed

(Limit set by software)

4-wheel Steering

Abstract Futuristic Background _edited.jpg

Comprehensive Safety Setup from Software, Electronics to Mechanics

Electronics

Automotive-grade vehicle components that can work at a wide temperature range

IP56 protection
EPB & EHB dual safety redundancy
Software-defined E/E architecture

OTA(Over-the-air upgrading)-supported firmware, which keeps the functions improved and up-to-date

Software

Rich open CAN interfaces
Speed close-loop control

V-model development process(Rapid Application Development) creates the robust system for VCU function development

With bionic architecture, the cerebellum (VCU) is independent of the autonomous driving system and controls the secure actuation mechanism of PIXLOOP, reducing electronic control redundancy while ensuring autonomous driving of high safety level.

Mechanics

Neat metal sheet body
4-wheel double wishbone suspension

Simulation optimization on parts structure

Simulation optimization to significantly avoid vehicle collision

Emergency stop button on the vehicle

Flexible installation for sensor mounts

ISO9001certified

Four-wheel Ackerman steering
Real-time feedback and display of vehicle status on the industrial remote
Real-time auto-monitoring on the chassis battery and low voltage protection
Vehicle online firmware management and OTA upgrade
4-wheel hub motors with independent drive and closed-loop control
EPB electronic parking
In-wheel motor with hill descent assistance function
In-wheel motor electronic drag brake
12v｜24v｜72v multi-voltage power supply
Open control interface for the lighting system
Independent steering of front and rear wheels with multiple steering modes
Advanced interfaces to support secondary development of motion control (Optional At Additional Cost)
Speed accidental operation protection
Remote emergency stop
Soft protect on steering limit
Remote control emergency stop
Agile switch between Remote control / Autonomous driving mode
Real-time data feedback of battery power level
Pressure sensitive anti-collision interface

We Get It Covered For

The Most Desired Functions

From Developers.

Four-wheel Ackerman steering
Real-time feedback and display of vehicle status on the industrial remote
Real-time auto-monitoring on the chassis battery and low voltage protection
Vehicle online firmware management and OTA upgrade
4-wheel hub motors with independent drive and closed-loop control
EPB electronic parking
In-wheel motor with hill descent assistance function
In-wheel motor electronic drag brake
12v｜24v｜72v multi-voltage power supply
Open control interface for the lighting system
Independent steering of front and rear wheels with multiple steering modes
Advanced interfaces to support secondary development of motion control (Optional At Additional Cost)
Speed accidental operation protection
Remote emergency stop
Soft protect on steering limit
Remote control emergency stop
Agile switch between Remote control / Autonomous driving mode
Real-time data feedback of battery power level
Pressure sensitive anti-collision interface

We Get It Covered For

The Most Desired Functions

From Developers.

When you become the customer of PIX Moving, you’re backed and supported by the whole PIX team.

Experienced project managers will reach out on regular basis to keep you in the loop on the latest progress and updates, making sure your requirements to be satisfied.

Use Cases

PIXLOOP
Drive-by-wire chassis platform test with autonomous driving software

Country of Deployment: Netherlands
Deployment Status: Smart mobility company in the Netherlands who uses PIX autonomous driving vehicle for integrating an autonomous delivery vehicle to provide on-demand delivery services in the urban environment.

PIXLOOP

Autonomous driving technologies test on drive-by-wire chassis platform

Country of Deployment: Ecuador
Deployment Status:

Reduce the environmental impact of transportation through electric propulsion systems
Test driving control technologie
Provide mobility solutions for disabled individuals

PIXLOOP

Smart City Implementation

City of Deployment: Shenzhen
Deployment Status: SpringCloud is the leading L4/L5 autonomy solution and service provider in South Korea. In 2022, SpringCloud launched the AI City program-Multiverse Planet to be the future technology theme park in South Korea. PIX Moving has been the official partner of Multiverse Planet since its foundation. PIX autonomous driving vehicles is utilized for its smart city implementation and autonomous vehicle deployment.

PIXLOOP

Use in Intelligent transportation security

City of Deployment: California, USA
Deployment Status:

The system security research group at the University of California, Irvine, led by Professor Chen, is dedicated to identifying and addressing new security issues in cutting-edge computer technology. Currently, UCI has purchased the PIXsmart skateboard platform for use in research scenarios involving autonomous driving and intelligent transportation security.