Flight control / Power electronics / Motors
Flight controllers, electronic speed controllers and motors designed as an integrated UAV electronics and propulsion platform. Explore the interfaces and design parameters behind each part.
Configurations below carry forward the source product catalogue. Confirm the current revision, availability, supported features and qualification evidence with our team for your application; catalogue parameters are not a substitute for acceptance-test results.
Components & propulsion
Bring processing, power distribution, firmware and propulsion together from the beginning. Standard mounting and documented interfaces help make system integration easier to plan.
Product platform
Built for reliable, precision UAV flight with advanced connectivity, stable control, and robust processing.
Product platform
Engineered for reliable, high-efficiency propulsion, delivering consistent thrust, durability, and application-focused performance across demanding aerial applications.
Product platform
Engineered for reliable multi-motor control, delivering efficient power distribution, rapid throttle response, and stable performance across demanding mission-critical UAV operations.
Where it fits
Flight control, telemetry, peripheral integration and logging.
Power stage and motor selection around electrical and mechanical constraints.
Prototype bring-up, configuration, production test planning and revision control.
01. Define vehicle mass, power system, mounting and peripheral requirements.
02. Select the controller, ESC and motor combination.
03. Review wiring, firmware, thermal and mechanical integration.
04. Validate the assembled system and agree receiving and end-of-line tests.
Share your interfaces, enclosure constraints, firmware, connectivity, operating environment and expected volumes. Our team can assess the engineering scope and propose a configuration and validation plan.
Use the product enquiry link with the product name and intended application. Ask for the current datasheet, revision, evaluation availability and the supporting test evidence relevant to your programme.
The scope can include hardware, firmware, system integration, manufacturing documentation, QA, provisioning and lifecycle support. Deliverables, qualification requirements and service commitments are established in the programme scope.