Sign Up

Boards, parts, wiring, and firmware that change together.

Every robot version changes the electronics, the mechanics, and the code. Flux keeps all three in step.

Start Building Browse Demos
Internal wiring harness between the boards of Mini Muse in the Flux 3D view

What teams build with Flux

Devices and reference designs built in Flux.

STM32 current-loop controller

STM32 current-loop controller

Current-loop control firmware for an STM32, written and compiled by Flux for the board it designed.

STM32 · FIRMWARE · CURRENT LOOP

Cutaway of the Mini Muse internal electronics packaging

Mini Muse wiring harness

The internal wiring harness between the boards of Mini Muse, designed and routed in the Flux 3D view.

HARNESS · MULTI-BOARD · 3D

STM32F4 drone flight controller board

Drone flight controller

An STM32F4 flight controller template for quadcopters.

STM32F4 · FLIGHT CONTROL

Open reference design →

How Flux handles robotics

Brainstorm.

  • Scope the motors, sensors, and control loop your system needs.
  • Get a Project Spec with your current, weight, and size targets.
  • Set the frame, motor mounts, and cable runs alongside the electronics.

Design.

  • Parts picked for motor current, sensor accuracy, and availability.
  • Calculations and design rule checks run as Flux designs.
  • Mounts, brackets, and wiring designed around the real boards and motors.

Make it real.

  • Cost and lead time on every part before you order.
  • Manufacturing files and assembly diagrams, ready to send.
  • Stress-checked brackets and mounts, with STEP files for your CAD tools.

What robotics teams need from Flux.

SPICE load step of a 3.3 V buck converter

Power and motor boards that work.

Flux designs power and motor-drive boards, and checks them with circuit simulation and a thermal simulation of the copper.

Every version in step.

Boards, mechanical parts, internal wiring harness and firmware change together in one project. A change on one side updates the others.

Firmware that matches the board.

Flux writes the firmware from the schematic, builds it, and runs unit tests. Pins and peripherals stay correct after each change.

Mounts and brackets that hold.

Flux designs mounts and brackets around the real boards and motors, then runs a stress analysis.

Wiring that fits the robot.

The AI engineer designs and manages the full harness between boards, motors, sensors and connectors.

More versions, faster.

A team of AI engineers works in parallel, so you can try more designs before the next build.

Go deeper on robotics

How to Choose the Right Architecture for Robotics, Wearables & IoT

Read article →

Stop Sending STEP Files: Build the Whole Device Together, Live, in Flux

Read article →

Questions

Hands holding a finished enclosure with its circuit board inside.

Explore other industries

Start with an idea. Finish with a product.

Start Building Browse Demos