Explore drone components and find options for your aircraft.
The Flash Hobby D2812 Fixed Wing Motor is a compact, 22g propulsion component supplied with mounting and propeller-retention accessories. The D2812-14-1600KV configuration specifies 470g maximum pull, 115W maximum power and DC7.4~14.80V operation, with a suggested 10A~30A ESC and 6~8 inch propeller.
The FlashHobby D2822 Fixed Wing Motor is a 22g three-phase brushless outrunner supplied with accessories. It operates on DC7.4–11.10V using ESC-based PWM control. Maximum pull, maximum power and suggested propeller size depend on configuration, with ratings ranging from 520g to 850g and 102W to 260W.
The FlashHobby D2826 Fixed Wing Motor is a compact, 50g brushless outrunner supplied with mounting accessories. Its configuration choices pair different maximum pull and power figures with specific propeller recommendations. Mechanical integration uses a 16 × 19mm mount, while electrical integration requires ESC-based PWM control and DC7.4–11.10V operation.
The FlashHobby D2826EVO Fixed Wing Motor is a compact brushless DC propulsion component with a 12N14P architecture, aluminum bell and several KV choices. It weighs 55.7 g including wires and specifies 3–4S LiPo operation. Procurement details include mounting geometry, configuration-dependent electrical ratings and a discrepancy between the 1000 KV selection and 1100 KV electrical designation.
The FlashHobby D2830 Fixed Wing Motor is a three-phase outrunner brushless propulsion component offered in multiple KV configurations. Its published dimensions, mounting pattern, ESC guidance, and configuration-specific propeller ranges support integration planning. The supplied package lists a motor and accessories; published maximum pull and power figures lack stated measurement conditions.
The Flash Hobby D2830EVO Fixed Wing Motor is a compact brushless DC propulsion component with a CNC-machined aluminum bell and four standard KV choices. It supports 3–4S LiPo operation, with variant-specific propeller recommendations, weights and electrical characteristics. Its shaft, mounting pattern and lead dimensions define the principal installation interfaces.
The FlashHobby D2836 Fixed Wing Motor is a 70g three-phase brushless outrunner for fixed-wing propulsion. It comes with mounting accessories and offers several KV choices. Integration requires an ESC with PWM control, while voltage, maximum pull, power and suggested propeller sizes define the individual configurations.
The Flash Hobby D2836EVO Fixed Wing Motor is a brushless propulsion component with four standard KV options and custom KV. Published dimensions, mounting details and mass including wires support integration planning. All standard variants specify 3–4S LiPo batteries; suggested propeller diameter varies. Electrical figures and temperature measurements require attention to configuration and stated test conditions.
The FlashHobby D3530 Fixed Wing Motor is a 74g three-phase brushless outrunner supplied with accessories for fixed-wing propulsion integration. It uses ESC and PWM control, with 1700KV, 1400KV, 1100KV and custom KV options. Three configurations specify different maximum pull, power and suggested propeller sizes within a shared DC7.4–15.0V range.
The FlashHobby D3530EVO Fixed Wing Motor is a brushless DC propulsion component with 12N14P architecture, three standard KV choices and a custom-KV option. It specifies 3–4S LiPo operation and variant-specific propellers and electrical limits. Conflicting weight, motor, shaft and mounting dimensions leave its mechanical integration requirements unresolved.
The FlashHobby D3536 Fixed Wing Motor is a 102g three-phase brushless outrunner for fixed-wing propulsion. It combines defined shaft and mounting dimensions with ESC/PWM control and several KV options. Configuration-specific ratings span 1050–1380g maximum pull and 370–655W maximum power; the package includes mounting accessories.
The FlashHobby D3536EVO Fixed Wing Motor is a brushless propulsion component for UAV and RC aircraft applications. It combines a 12N14P architecture with a CNC 6061-T6 aluminum bell and four standard KV selections. Integration involves its motor, shaft and mounting dimensions, 3–4S LiPo battery specification, and variant-specific electrical ratings and suggested propeller sizes.
industry
industry
industry
industry
industry
industry
industry
industry
industry
industry
industry
industry