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A Brushless motor, often referred to as a BLDC motor (Brushless Direct Current motor), is an advanced type of electric motor that operates without the use of traditional brushes. These motors are renowned for their efficiency, reliability, and longevity, making them a preferred choice in a wide range of industrial, commercial, and consumer applications.
Unlike brushed motors, which rely on mechanical brushes to deliver current to the motor windings, brushless motors use an electronic controller to switch the current in the stator windings. This creates a rotating magnetic field that drives the rotor. The rotor typically contains permanent magnets, while the stator houses the electromagnetic coils.
This fundamental design difference eliminates the friction and wear associated with brushes, significantly improving performance and reducing maintenance.
A Brushless dc motor (BLDC motor) is an advanced electric motor that operates without mechanical brushes, unlike traditional brushed motors. This design makes it more efficient, reliable, and longer-lasting. Below are the key components that make up a brushless motor:
The stator is the stationary part of the motor.
It contains coils (windings) of wire that, when energized, create a rotating magnetic field.
The stator is typically made of laminated steel and wound with copper wire.
It acts as the electromagnet in the motor system.
The rotor is the rotating part of the motor.
It contains permanent magnets that interact with the magnetic field of the stator.
The number and placement of magnets can affect the motor’s torque and efficiency.
It is mounted on a shaft that delivers mechanical power to the load.
Hall sensors are used to detect the rotor’s position.
This feedback is essential for controlling the timing of current sent to the stator windings.
In sensorless BLDC motors, rotor position is estimated by measuring the back-EMF (electromotive force).
A BLDC motor requires an external controller to operate.
The controller manages the commutation, i.e., the switching of current in the stator coils, based on rotor position.
It also adjusts speed, direction, and torque as needed.
Modern ESCs use PWM (Pulse Width Modulation) signals for efficient power delivery.
Ball or roller bearings support the rotor shaft.
They reduce friction and allow smooth rotation.
High-quality bearings are critical for minimizing wear and ensuring long motor life.
The outer casing protects the internal components from dust, heat, and mechanical damage.
It also provides structural support for mounting the motor.
Cooling system: Fans or heatsinks for high-power applications.
Encoder: For precision feedback in robotics or industrial automation.
| Component | Function |
|---|---|
| Stator | Generates rotating magnetic field |
| Rotor | Contains magnets; rotates to create motion |
| Hall Sensors | Detect rotor position |
| Controller (ESC) | Manages commutation and speed control |
| Bearings | Enable smooth rotation |
| Housing | Protects internal parts |
Brushless motors, also known as BLDC (Brushless DC) motors, come in several types based on rotor structure, stator configuration, and the way they generate motion. Below are the main types:
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| Standard Bldc Motors | Geared Bldc Motors | Integrated Bldc Motors | Brake Bldc Motors | Bldc Motor with Encoder |
| 33mm /42mm /57mm /60mm /80mm /86mm /110mm /130mm | Planetary Gearbox / Spur Gearbox / Worm Gearbox | Pulse / RS485 / Canopen | 33mm /42mm /57mm /60mm /80mm /86mm /110mm /130mm | Incremental Encoder / Absolute Encoder / Optical Encoder / Magnetic Encoder |
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| Linear Bldc Motors | IP65 Waterproof Bldc Motors | Out Runner Bldc Motors | Coreless Dc Motors | Dual Shaft Bldc Motors |
| External T-type / Ball Screw / Non-captive lead screw | IP30 / IP54 / IP65 / IP67 Waterproof and dustyproof | 24V / 30-70W Power | Gearbox / encoder / Lead Screw... | Customized |
if you need customized Bldc Motors, please contact us.
The rotor is located inside the stator.
Offers better heat dissipation.
High torque and compact size.
Power tools, drones, and electric vehicles.
The rotor surrounds the stator.
Larger moment of inertia.
Higher torque at lower RPMs.
Fan motors, RC airplanes, and gimbal motors.
Similar to inner rotor motors; the rotor spins inside a stationary stator.
High RPM capabilities.
Less torque compared to outrunners.
RC cars, boats, and jets.
The rotor rotates around the stator (outer shell spins).
Higher torque.
Lower RPMs.
Multirotors, hobby aircraft, and e-bikes.
Uses back-EMF to detect rotor position.
Simpler and more cost-effective.
Less wiring and no sensors.
Less precise at low speeds.
Fans, pumps, drones.
Equipped with Hall-effect sensors to detect rotor position.
Smooth startup and operation.
Better control at low speeds.
Slightly more complex and costly.
Electric cars, robotics, CNC machines.
| Type | Torque | Speed | Common Use |
|---|---|---|---|
| Inner Rotor | High | Medium–High | Power tools, drones |
| Outer Rotor | Very High | Low–Medium | RC aircraft, fans |
| Inrunner | Medium | High | RC cars, jet models |
| Outrunner | High | Low–Medium | Multirotors, gimbals |
| Sensorless BLDC | Medium | Medium–High | Fans, simple drives |
| Sensored BLDC | High | Low–High | EVs, robotics |
A Brushless motor, or Brushless DC motor (BLDC motor), operates using electronic commutation instead of mechanical brushes and a commutator. Here’s a simple breakdown of how it works:
A brushless motor consists of:
Stator (stationary part with coils/windings)
Rotor (rotating part with permanent magnets)
Electronic controller (for switching current flow)
The Brushless motor operates based on the interaction between the magnetic field of the stator and the permanent magnets on the rotor.
When electric current flows through the stator windings:
It creates a rotating magnetic field.
The permanent magnets on the rotor are attracted or repelled by this field.
This causes the rotor to spin in sync with the rotating magnetic field.
Unlike brushed motors (which use brushes and a commutator to switch current), Brushless motors use sensors and an electronic controller:
Hall-effect sensors or sensorless control algorithms detect the rotor position.
The controller uses this feedback to switch the current to different stator coils at the right time.
This maintains continuous rotation with high precision and efficiency.
There are two main control methods:
Trapezoidal Commutation (Block Commutation) – simpler, used in low-cost or low-speed applications.
Sinusoidal Commutation – smoother and more precise, ideal for high-performance use.
High efficiency
Low maintenance (no brushes to wear out)
Precise speed and position control
Quiet operation
Turkey has rapidly emerged as a global hub for brushless motor manufacturing, offering innovation, competitive pricing, and reliable engineering solutions. The Turkish market is home to several highly reputed companies that serve industries ranging from automotive and robotics to HVAC and aerospace. Below, we explore the Top 25 Brushless motor manufacturers in Turkey, covering each company's profile, main products, and key advantages.
Armak Motors is a leading Turkish Brushless motor manufacturer with over two decades of experience in electric motor production. The company emphasizes high-precision, energy-efficient brushless DC (BLDC) motors.
BLDC Motors (12V–48V)
Servo Motors
Custom motion control solutions
ISO 9001 certified
Flexible custom design capabilities
Strong R&D investment
Based in Istanbul, Emesan is a leading Brushless motor manufacturer and known for its advanced production facilities and wide export network across Europe and Asia.
Industrial BLDC Motors
HVAC Brushless Fans
Stepper Motors
CE and RoHS compliant
Strong OEM partnerships
Integrated testing facilities
Elektromod is a leading Brushless motor manufacturer and specializes in motion control solutions and supplies to major automation firms globally.
BLDC Motors up to 10kW
Servo Drive Systems
Motion Controllers
High torque-to-weight ratio
Scalable production lines
In-house design and simulation team
Mutlu Motor is a leading Brushless motor manufacturer and has carved a niche in compact BLDC motors, particularly for electric bikes and drones.
E-bike Motors
Drone Brushless Motors
Embedded Controllers
Lightweight, durable designs
Long lifecycle products
Low noise operation
An Ankara-based tech Brushless motor manufacturer delivering high-performance motors for robotics and mechatronics.
High-speed BLDC Motors
Precision Servo Motors
Robotic Actuators
Fast prototyping services
Robotics-integrated engineering
Dynamic torque calibration
Gökser is a leading Brushless motor manufacturer and has a solid reputation in aerospace-grade BLDC motor production, supplying national defense projects.
Aerospace-Grade BLDCs
Military-Grade Servo Motors
Harsh Environment Drive Systems
MIL-STD compliant
Operates under extreme conditions
Government-approved supplier
A division of Hidropar Group, a leading Brushless motor manufacturer and offering complete mechatronic solutions integrated with brushless drive systems.
Industrial BLDC Motors
Hydraulics-integrated Drives
Servo-Pneumatic Systems
Full system integration
Custom firmware solutions
High responsiveness
VBT is a leading Brushless motor manufacturer and renowned for supplying efficient and compact brushless motors to the HVAC and ventilation industries.
BLDC Fan Motors
Compact Drive Units
Cooling System Motors
High efficiency and airflow
Silent operation
Wide temperature resistance
Focused on modular BLDC motor design, Birikim serves the industrial automation sector with precision.
Modular BLDC Units
Enclosed Motor Systems
Multi-Axis Controllers
Modular scalability
Plug-and-play design
Energy optimization tools
Delta is a leading Brushless motor manufacturer and has been delivering electromechanical solutions since 1995, with an expanded brushless motor line.
Industrial Grade BLDCs
BLDC Controllers
Sensorless Drive Systems
Over 25 years of experience
Embedded sensor options
Quick turnaround delivery
Atlas is a leading Brushless motor manufacturer and specializes in compact, battery-powered motor solutions for the transport sector.
EV Motors
Scooter & Mobility BLDCs
Battery Controllers
Lightweight & compact
High torque output
IP-rated enclosures
Originally an automotive part Brushless motor manufacturer, Teknorot expanded into motion technologies with a strong motor R&D base.
Automotive BLDC Units
Vehicle Actuator Motors
Sensor-integrated Drives
High OEM compatibility
Automotive-grade durability
Advanced diagnostics integration
Enermak is a leading Brushless motor manufacturer and has extensive experience in agricultural and irrigation systems, recently entering BLDC space.
Brushless Pumps
BLDC Drive Panels
Solar Pump Motors
Solar compatibility
High energy efficiency
Dust and water resistance
Founded in İzmir, Argesan is a leading Brushless motor manufacturer and focuses on R&D and exports compact brushless motors to Europe.
Embedded BLDC Motors
Intelligent Driver Boards
Compact Gear Motors
Compact design expertise
Robust build quality
OEM customization
Volkan is a leading Brushless motor manufacturer in industrial and HVAC motors with reliable brushless models.
Commercial Fan Motors
BLDC Compressors
Refrigeration Motors
Heat-resistant insulation
Extended duty cycles
Proven in commercial applications
Primarily known for gearboxes, Yılmaz is a leading Brushless motor manufacturer and offers high-torque brushless motors compatible with their reducers.
High Torque BLDC Motors
Planetary Drives
Motor-gearbox Assemblies
Seamless gear-motor integration
Torque control precision
Heavy-duty application focus
A leading Brushless motor manufacturer with rapid growth in brushless tech, particularly in medical devices and automation.
Micro BLDC Motors
Diagnostic Equipment Drives
Precision Servo Units
Ultra-quiet operation
Compact form factor
Suitable for sensitive environments
Jkongmotor is a leading Brushless motor manufacturer and provides high-volume BLDC motor production, supporting mass-market industrial clients.
Standard BLDC Series
Modular Controllers
Rugged Housings
Cost-effective bulk pricing
Stable lead times
Quality control automation
Backed by Sabancı Holding, KordSA is a leading Brushless motor manufacturer and offers innovation-driven electric motor solutions in composite-integrated design.
Lightweight BLDC Units
Aerospace Composite Motors
Structural Motor Integration
Composite material innovation
Low weight, high efficiency
Patented technologies
MekaDrive is a leading Brushless motor manufacturer and focuses on high-speed, sensorless BLDC motor systems for smart automation.
High RPM Motors
Closed-loop Control Systems
IoT-Compatible Drives
Sensorless feedback algorithms
Remote monitoring
Smart automation compatible
NKM is a leading Brushless motor manufacturer and supplies modular, ready-to-deploy BLDC kits for industrial retrofitting.
Retro-fit Motor Kits
Pre-assembled Control Boxes
BLDC Upgrade Modules
Fast implementation
Maintenance-friendly design
Compatibility with legacy systems
Based in Bursa, Sanel is a leading Brushless motor manufacturer for smart home and appliance BLDC motors.
Smart Appliance Motors
BLDC Fans
Controller IC Boards
Energy-saving models
Quiet home-use designs
IoT-ready platforms
BesFoc is a leading Brushless motor manufacturer and develops BLDC motors for both medical and security device markets.
Medical Imaging Motors
Access Control BLDC Units
Actuator Drives
Compliance with ISO 13485
Safety-focused design
Low EMI emissions
Zeta is a dynamic SME offering innovation-led BLDC motor solutions in prototyping quantities.
Custom BLDCs
R&D Motor Assemblies
Test Rig Motors
Ideal for startups and labs
Full testing support
Short production runs
Enertek is a Brushless motor manufacturer focused firm delivering eco-friendly brushless solutions for the renewable energy sector.
Wind Turbine BLDC Motors
Solar Tracking Motors
Renewable Power Drives
Designed for energy harvesting
Compatible with solar/wind systems
Long operational lifespan
Brushless motors have minimal energy loss due to the absence of brushes, ensuring greater efficiency, even under continuous load.
Since there are no brushes to wear out, the mechanical lifespan is significantly increased.
The absence of friction-producing components translates to lower maintenance needs and reduced operational costs.
Without the noise generated by brushes rubbing against the commutator, these motors run smoothly and quietly.
Brushless motors offer superior control over torque and speed, making them ideal for precision applications.
Due to their unique features, BLDC motors are used in a wide range of sectors:
From electric vehicles (EVs) to power steering and cooling fans, brushless motors are pivotal in modern car systems.
Used in computer cooling fans, hard drives, and DVD players for their reliability and quiet performance.
Extensively used in CNC machines, robotic arms, and pumps where precision and efficiency are crucial.
Favored for their lightweight and powerful performance, making them ideal for unmanned aerial vehicles (UAVs) and model aircraft.
Appliances like air conditioners, refrigerators, and washing machines integrate BLDC motors for their energy efficiency.
| Feature | Brushed Motor | Brushless Motor |
|---|---|---|
| Efficiency | Moderate | High |
| Lifespan | Shorter (due to wear) | Longer (no mechanical wear) |
| Maintenance | Frequent | Minimal |
| Noise | Higher (brush friction) | Lower |
| Cost | Lower upfront | Higher, but cost-effective long-term |
Choosing a brushless motor means opting for performance, durability, and energy savings. As industries and consumers move toward more sustainable and high-performing technologies, BLDC motors are becoming the standard in motion control systems.
Whether you're an engineer designing automation systems, an EV enthusiast, or a hobbyist building drones, the advantages of a brushless motor are too significant to ignore.
Turkey’s Brushless motor manufacturing sector is vibrant, diverse, and rapidly scaling up to meet international demand. These companies represent the best of engineering excellence, offering reliability, innovation, and global competitiveness.
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