MOTOR CONTROL TECHNOLOGY LLC based in Portland, Oregon specializes in motor drive firmware development, power electronics hardware design, embedded motion control systems and complete hardware‑software integration solutions for industrial, automotive and robotic customers across North America.
We combine power electronics expertise, embedded firmware engineering and motion‑control algorithm design to deliver robust, high‑efficiency motor control solutions for industrial equipment, new energy equipment and mobility‑related projects.
High‑performance motor systems require tightly coupled hardware circuits, optimized control algorithms and stable embedded software. Many product teams face challenges including low drive efficiency, unstable torque output, poor environmental adaptability and difficulty customizing off‑the‑site motor controllers to match product requirements.
MOTOR CONTROL TECHNOLOGY LLC brings together power electronics hardware engineers, embedded firmware developers, motion‑algorithm specialists and application‑support engineers. We serve industrial equipment manufacturers, new‑energy mobility startups, robotics companies and automotive component suppliers. Our core business covers brushless motor drive firmware development, power board schematic and PCB design, field‑oriented control algorithm tuning, motor parameter identification, hardware‑software joint debugging, prototype verification and volume‑oriented technical documentation. We provide on‑site engineering support for Portland metro area and deliver remote project services for clients throughout the United States.
FOC vector control, sensor‑less algorithm development, parameter calibration for BLDC and PMSM motor systems.
Schematic design, PCB layout, power‑stage validation, EMC optimization for motor controller hardware platforms.
Complete system integration of motor, driver, sensor and host controller, solving interference, over‑current and thermal‑protection related issues.
Our mission is to translate complex motor‑control requirements into stable, high‑efficiency hardware‑software integrated products, helping customers shorten product development cycles and improve motor‑system performance and reliability.
From power‑hardware design, motor‑drive firmware programming, algorithm tuning to system integration testing and long‑term technical maintenance.
Develop and optimize FOC, sensor‑less control, speed‑torque closed‑loop logic for BLDC/PMSM motors, complete motor parameter identification and calibration.
Complete schematic design, PCB layout, power device selection, thermal simulation and EMC optimization for custom motor‑controller hardware.
Resolve over‑current, over‑heat, vibration, communication interference and abnormal startup issues on prototype and sample hardware platforms.
Build test schemes for efficiency mapping, torque‑speed curve testing, collect test data and output performance evaluation reports.
Develop PC‑side parameter tuning tools, real‑time status monitoring software and production test tools for motor‑controller products.
Firmware upgrade, hardware revision suggestions, field‑problem troubleshooting and technical training after project delivery.
Structured engineering workflow keeps hardware‑software joint projects predictable on requirements, test standards, budget and timeline.
Confirm motor parameters, target performance indicators, working environment constraints, communication interfaces and project acceptance criteria.
Output hardware‑software combined solution, component recommendations, project schedule and formal quotation for customer review and confirmation.
Complete hardware design, firmware coding, bench‑top testing, prototype machine verification and long‑duration reliability testing.
Deliver design files, source code, technical documents and operation guides, provide optional long‑term iteration and fault‑response service.
Completed motor‑control hardware, firmware and system‑integration projects for Pacific Northwest industrial and mobility‑technology clients.
Custom BLDC driver hardware plus FOC firmware solution, applied to industrial mobile equipment, optimizing efficiency and low‑noise operation performance.
Realize stable start‑up and closed‑loop operation without position sensor, reduce BOM cost for new‑energy mobility equipment products.
PC‑side configuration tool supporting real‑time data viewing, parameter modification and batch log export for motor‑controller mass production testing.
Talk with our Portland engineering team for requirement assessment, solution discussion and formal service quote application.
10055 SW Picks Ct
Portland, OR, US 97224
Monday‑Friday: 8:00 AM – 5:00 PM Pacific Time
On‑site engineering consultation available for Portland area; remote technical services cover all United States states.