Drivers, actuators and development kits — the same electronics and motion hardware Dreambot builds its own platforms on.
A complete, ready-to-use motion stack — so you can focus on the application.
Dreambot's motion kit comes with a ready-to-use API that controls stepper motor drivers and BLDC drivers. The drivers are controlled over K-Bus from industry-standard controllers such as Raspberry Pi, Jetson Nano or Jetson Orin Nano.
The complete motion stack — motion parameters, acceleration and deceleration curves, and motor RPM — runs on these open platforms. Dreambot can support the kit on any industry-standard single-board computer, so you focus on the application and we handle the real-time issues.

- Motion kit
Ready-to-use API for stepper and BLDC drivers on open, industry-standard controllers.
- Stepper motor driver
Dreambot's stepper motor driver board, controlled over K-Bus.
- BLDC driver
Dreambot's BLDC driver for brushless motors, controlled over K-Bus.
- Driver control source code
Source code for the driver control layer, to adapt and extend.
- DREAMSCAPE™ motion API
Motion API for DREAMSCAPE™ applications. A development licence is required.
- Many motors, one bus
Control many motors simultaneously over a daisy-chained K-Bus.
Smart control. Reliable performance.
The Dreambot Advanced Stepper Motor Control Board pairs the TMC5160 high-performance stepper driver with a 32-bit STM32 microcontroller and K-Bus communication — designed for industrial automation, robotics, CNC and precision motion control.

- High-performance motor driver
TMC5160 advanced stepper driver for ultra-quiet, high-precision control.
- Powerful MCU
STM32F030C8T6TR 32-bit ARM Cortex-M0 for fast, reliable real-time control.
- Power MOSFETs
High-efficiency switching for optimum current handling and low heat generation.
- Stable power management
Multiple buck converters deliver clean, regulated power to every critical IC.
- K-Bus protocol
Dual K-Bus connectors for robust, reliable communication.
- High-power DC supply
Wide 12–24 V DC input through high-current connectors for stable motor power.
- 01Connect a 12 V SMPS to the yellow 2-pin XT60 connector.
- 02Connect K-Bus to the white 2-pin connector.
- 03Connect a stepper motor to the stepper motor connector.
- 04Install and load the Control Center software.
- 05Connect the USB to your computer.
- 06Rotate the R1 and R2 motors.
Motor control through K-Bus protocol.
A 24–48 V brushless DC motor driver built around the TMC6200 three-phase gate driver and an STM32F030 microcontroller, controlled over Dreambot's K-Bus protocol.

- 3-phase BLDC / PMSM gate driver
TMC6200 gate driver for brushless DC and permanent-magnet synchronous motors.
- Programmable gate drive
0.5 A / 1 A / 1.5 A gate-drive current.
- SPI configuration & diagnostics
Driver set-up and status over SPI.
- Current-sense amplifiers
Selectable gain of 5 / 10 / 20.
- Built-in protection
Programmable short-circuit and overload protection.
- 100% duty cycle
Charge pump supports a 100% duty cycle.
Precise, responsive and reliable motion for robotic arms, cobots and humanoid robots.
Dreambot's joint actuators are engineered for the next generation of robotics. Combining high-torque drive technology with compact mechanical integration and intelligent motion control, they are designed to meet application-specific requirements across a wide range of robotic systems.
They are built for predictive maintenance: Dreambot's motion API can bring motor current curves out to the edge board or to the cloud.

- Precision harmonic gears
Harmonic gearing for precise joint motion.
- 20–100 Nm torque
A torque range of 20 Nm to 100 Nm to suit the joint and application.
- Compact dimensions
Drive, gearing, sensing and control integrated in one compact unit.
- Built-in encoder & brake
Position feedback and a holding brake inside the actuator.
- Industrial-grade BLDC driver
Integrated brushless motor drive.
- IMU & current sensors
Built-in IMU sensors and current sensing.
- Motion stack included
Comes with Dreambot's motion stack, ready to use.
- Predictive maintenance
Stream motor current curves to the edge board or the cloud through the motion API.
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