A unique motor controller
For all people and all projects.
Thanks to its unique features, SOLO can run several types of electrical motors and provide high quality performances across different needs.
Save time and leave motors to SOLO. #Among Top 20 Project of 2020 by Hackaday
Why you need the right controller?
Motor controllers make driving electrical motors possible.
Motors are central in all product, prototypes, DIY projects and proof of concepts that require motion. However, they are not an easy challenge. When a project starts, a lot of effort and time goes into choosing the right motor and reading tons of controllers documentation.
An efficient motor controller will not only assist you in managing the rotational speed, torque, and position.
It will also provide safety protection against electrical faults and overloads!
To pick the right controller can make the difference between a successful project or a total disaster.
SOLO makes electrical motors accessible
Like a Swiss army knife for motors, SOLO is durable and suits a wide range
of requirements. Whatever the motor type… SOLO will tune with it and put you in control. Why having many controllers when you can use only one?
SOLO empowers everything
Universal
Motors typologies supported:
DC, BLDC, PMSM, ACIM
Strong
8-58V – 32A – 800W
Compact
87mm*67mm for 99 grams
Easy
For experts and non-experts alike.
Interactional
PWM, Analouge, USB, CAN, UART
Advanced
Auto Identification, Self Tuning, sensored & sensorless Torque and Speed Control, Position Control with Encoders
Protection against reverse polarity connections, output short-circuits, over-voltage, or under-voltage on your main supply input (BUS) and over-current consumptions
Universal
Motors typologies supported:
DC, BLDC, PMSM, ACIM
Interactional
PWM, Analouge, USB, CAN, UART
Strong
8-58V – 32A – 800W
Advanced
Auto Identification, Self Tuning, sensored & sensorless Torque and Speed Control, Position Control with Encoders
Compact
87mm*67mm for 150Gr
Safety
Protection against reverse polarity connections, output short-circuits, over-voltage, or under-voltage on your main supply input (BUS) and over-current consumptions
Easy
For experts and non-experts alike.
Also your next project
Real-World Applications
How to control the speed of BLDC motor using Arduino and SOLO in Closed-loop sensorless mode |FOC|BLDC|Sensorless
In this tutorial we are going to see SOLO controlling the speed of a BLDC motor using ARDUINO UNO as the commanding unit. SOLO, here, controls the speed of this brushless DC motor which is rated for 150W in closed-loop sensorless mode using FOC ( field oriented...
How to control the speed of DC motor using ARDUINO and SOLO in closed loop sensorless mode
In this tutorial we are going to have our hands on SOLO controlling the speed of a DC motor using ARDUINO as the commanding unit. SOLO, here, controls the speed of the DC brushed motor in a closed-loop sensorless manner with nested Torque-Speed loops. If you are not...
How to control the Torque of your Brushless AC motor using SOLO and ARDUINO | ESC | FOC | Sensorless
In this tutorial, we will get experience on how to drive and control the torque of brushless AC or Permanent Magnet Synchronous Motor (PMSM) using SOLO alongside ARDUINO as a commanding unit. This control is based on Field Oriented Control principle in closed-loop...
Quality Matters
SOLO is now assembled in series with the support of an experienced industrial partner.
Therefore, this hardware possesses industrial quality standards in terms of manufacturing, materials and components.
Quality Matters
SOLO is now assembled in series with the support of an experienced industrial partner.
Therefore, this hardware possesses industrial quality standards in terms of manufacturing, materials and components.