01
Connect.
Bring the motor and encoder into one control architecture. Define the position, velocity or current objective for your application.
INTELLIGENT MOTOR CONTROL & EMBEDDED SENSING
Define the motion.Simplifythe control.
We are developing a platform that characterizes your motor and simplifies control design. Hardware, embedded software and sensing; one engineering approach.
First motor control prototype complete. Development and validation in progress.
THE INTELLIGENCE BEHIND MOTIONBR / 01
01 / Sense
02 / Identify
03 / Control
Example command45°
Interactive concept · Not an actual product measurement
01Motor control electronics
02Embedded control software
03Motion sensing
PRODUCTIZING CONTROL ENGINEERING
Beyond
a motor driver.
The goal is more than spinning a motor. It is to bring modeling, tuning and motor-level complexity into a usable control platform.
TARGET WORKFLOW
BOZKURT ROBOTİKControl layer
01Motor + encoder
02Characterization
03Controller design
04Validation
15–20 min
Target setup experience
A development target for characterization and control generation, not a validated product setup time.
02
Characterize.
We aim to characterize motor and mechanical load behavior through controlled test sequences.
03
Design the control.
We are integrating system identification, controller design and disturbance estimation into a unified software workflow.
04
Validate.
Use telemetry, testing and performance review to evaluate the control architecture for your application.
PRODUCT ECOSYSTEM
Control at the core.
Sensing alongside.
Intelligent motor control is our core technology. Sensor modules form a complementary second product line.
CORE TECHNOLOGYPrototype / validation
Architecture illustration · Not a product photograph
Position / Velocity / Current
Intelligent DC Motor Controller
A platform under development to combine characterization, controller design and position, velocity and current control for brushed DC motors with encoders.
STANDARD SENSOR MODULECommercialization preparation
Architecture illustration · Not a product photograph
LSM6DSOXTR + MMC5603NJ
9-DoF IMU Module
An accelerometer, gyroscope and magnetometer in one module for general robotics, embedded systems and research applications.
ADVANCED SENSOR MODULEResearch & development
Architecture illustration · Not a product photograph
ICM-42688 + MMC5983MA
Advanced 9-DoF IMU
A second IMU family being developed at a higher performance tier for robotics and motion estimation research.
THE HARDWARE’S COMPANION
Understand your motor.
See your control.
We are developing desktop software that brings characterization, control design and telemetry into a single interface.
Bozkurt Robotik / Control Interface
INTERFACE CONCEPTPrototype / validation
Identification
Characterize motor behavior.
A target workflow for controlled testing, modeling and parameter estimation.
Illustrative amplitude
Sample excitationTime →
Illustrative interface; not a working product screenshot.
Automated test sequencesMotor profile managementParameter estimationLogging and diagnostics
Control modes
Position · Velocity · Current
Control methods
PI / PD / PID · LQR / LQI · MRAC
Estimation structures
Disturbance observer · Extended state observer
These architectures are in development and validation.
POTENTIAL APPLICATION AREAS
Different systems.
Shared engineering.
Robotics
Mobile robots, robotic arms and motion platforms.
Automation
Mechatronic systems and custom machine applications.
Research & development
University laboratories, test rigs and research platforms.
Embedded systems
Motion control and multi-axis sensing applications.
BOZKURT ROBOTİK
From hardware to algorithms.
One direction.
We approach motor control as more than an electronic board: hardware, embedded control software, system identification and the user interface belong together.
Our sensor product line supports manufacturing experience and the product ecosystem. Brushless DC and permanent magnet synchronous motor control are research directions for our future product family.
Future product familyBrushed DC → Brushless DC → Permanent magnet synchronous motors
Brushless motor solutions are in R&D, not ready-to-sell products.
COMPLEMENTARY ENGINEERING CAPABILITIES
Muhammed Ali Türk
Co-Founder · Control Systems & SoftwareSystem identification, motor modelling, embedded control and PC software.
Mehmet Can Yıldız
Co-Founder · Electronics & PCBPower electronics, sensor hardware, PCB design and production-oriented electronics development.
A few useful details.
Are the products available for sale?
The first DC motor controller prototype is complete; revisions and validation continue. The standard IMU is in commercialization preparation, while the advanced IMU is in R&D. Contact us for current availability.
Does the IMU include ready-to-use attitude estimation?
The sensor architecture presented here is for acceleration, angular velocity and magnetic field measurements. We do not claim validated onboard sensor fusion or navigation performance.
Do the interface charts show real measurements?
No. The animations, illustrations and interfaces on this website are concepts explaining the intended workflow. They are not substitutes for actual product photographs or test results.
LET’S DEVELOP TOGETHER
Let’s design
the next move.
Write to us about pilot applications, product inquiries, distribution and engineering partnerships.