zł371.97 tax excl.
This ESC is designed for advanced applications like drones, RC models, and high-powered vehicles, supporting 5- to 12-stage LiPo power supplies. Equipped with a 32-bit STM32G071 microcontroller and PWM support up to 128 kHz, it provides very smooth and precise motor control. It offers continuous current up to 200 A and burst current up to 250 A, and thanks to efficient MOSFETs and a CNC heatsink, it remains stable even under heavy loads.
SEQURE SQESC 12200 is a high-current brushless ESC designed for demanding applications such as multirotor drones, RC airplanes, boats, and high-power vehicles. The device supports voltages from 5 to 12S LiPo, enabling operation in high-power systems. At its core is a 32-bit STM32G071 microcontroller running at up to 64 MHz, ensuring fast and precise motor control. Support for PWM frequencies up to 128 kHz allows for smooth, quiet, and highly responsive operation.

The ESC is equipped with high-performance MOSFET transistors and a robust CNC-machined heatsink, which efficiently dissipates heat even under high current loads. This enables stable operation at a continuous current of up to 200 A and a peak current of up to 250 A. The ESC supports multiple motor operation modes, including forward, bidirectional, and braking, increasing its versatility. Automatic signal detection and support for DShot, PWM, Oneshot, and Multishot protocols ensure compatibility with various control systems.
SEQURE SQESC 12200 also offers a wide range of protection features, such as low voltage, overheating, stalled rotor, and overload protection, enhancing operational safety. Advanced firmware enables configuration of operating parameters, including motor timing, throttle calibration, rotation direction, and telemetry. An additional feature is the built-in RGB LED lighting, which can be customized to user preferences. The absence of an integrated BEC allows greater flexibility in selecting an external power supply. Its robust design and wide range of applications make it an ideal solution for professional and advanced RC projects.
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A brushless FPV motor designed for racing and long-range applications, offering high efficiency and dynamic throttle response. Its 22x7mm 12N14P design with high-quality copper windings and a 14-pole rotor ensures stable and smooth operation under heavy loads. The motor operates in the 4-6S LiPo/LiHV range, reaching a maximum power of 940W and a current of up to 37.3A, allowing for aggressive flights while maintaining reliability. SEQURE S2207 BLDC 6S 1850KV
A brushless FPV motor designed for racing and long-range applications, offering high efficiency and dynamic throttle response. Its 22x7mm 12N14P design with high-quality copper windings and a 14-pole rotor ensures stable and smooth operation under heavy loads. The motor operates in the 4-6S LiPo/LiHV range, reaching a maximum power of 1134W and a current of up to 45A, allowing for aggressive flights while maintaining reliability. SEQURE S2207
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Brushless ESC speed controller designed for FPV drones and RC models. Equipped with a 32-bit STM32G071 processor and PWM support up to 128 kHz, it ensures smooth and responsive motor operation. It supports DShot, PWM, Oneshot, and Multishot protocols, offering broad compatibility with flight controllers, as well as a continuous current of 70 A and a maximum current of 110 A. It has a built-in adjustable BEC (5-12 V). SEQURE SQESC 2670 AM32
<p>ESC brushless motor speed controller designed for FPV drones and RC models. Equipped with a 32-bit STM32G071 processor and PWM support up to 128 kHz, it ensures smooth and responsive motor operation. It supports DShot, PWM, Oneshot, and Multishot protocols, offering broad compatibility with flight controllers, as well as a continuous current of 70 A and a maximum current of 110 A. It has a built-in adjustable BEC (5-12 V) SEQURE SQESC 2670 ESCape32 + BEC.</p>
This ESC is designed for advanced applications like drones, RC models, and high-powered vehicles, supporting 5- to 12-stage LiPo power supplies. Equipped with a 32-bit STM32G071 microcontroller and PWM support up to 128 kHz, it provides very smooth and precise motor control. It offers continuous current up to 200 A and burst current up to 250 A, and thanks to efficient MOSFETs and a CNC heatsink, it remains stable even under heavy loads.
This ESC is designed for advanced applications like drones, RC models, and high-powered vehicles, supporting 5- to 12-stage LiPo power supplies. Equipped with a 32-bit STM32G071 microcontroller and PWM support up to 128 kHz, it provides very smooth and precise motor control. It offers continuous current up to 200 A and burst current up to 250 A, and thanks to efficient MOSFETs and a CNC heatsink, it remains stable even under heavy loads.
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4-in-1 electronic speed controller designed for FPV racing and freestyle drones, supporting 2–6S LiPo and LiHV batteries and continuous current up to 65 A per channel. The 32-bit controller and AM32 firmware provide fast response, smooth motor control, and PWM frequencies up to 128 kHz. SEQURE Blueson A2
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High-performance 4-in-1 electronic speed controller designed for FPV racing and freestyle drones. It supports 2–8S LiPo/LiHV batteries, provides up to 70 A continuous current per channel, and uses AM32 firmware with PWM frequency up to 128 kHz. The compact 20 × 20 mm mounting pattern makes it suitable for smaller FPV builds. SEQURE E70 G1 AM32
High-current brushless electronic speed controller designed for demanding RC applications, including drones, aircraft, boats, and RC vehicles. It supports 5–14S LiPo batteries, provides up to 200 A continuous current, and uses AM32 firmware for flexible motor control. The metal heatsink supports effective heat dissipation under high loads. SEQURE 14200
This ESC is designed for advanced applications like drones, RC models, and high-powered vehicles, supporting 5- to 12-stage LiPo power supplies. Equipped with a 32-bit STM32G071 microcontroller and PWM support up to 128 kHz, it provides very smooth and precise motor control. It offers continuous current up to 200 A and burst current up to 250 A, and thanks to efficient MOSFETs and a CNC heatsink, it remains stable even under heavy loads.