Set of two LED lights designed for mounting on the propeller guards of the DJI Neo 2. Each light features 2 forward-facing LEDs and 1 downward-facing LED, with a total light output of 300 lm. The downward-facing lights illuminate the area beneath the drone, supporting the positioning system in dark environments. Built-in 230 mAh LiPo batteries provide approximately 50 minutes of operation, while the snap-on mounting system requires no tools. VIFLY Neo2Beam Search Light Dual Pack for DJI Neo 2

Compact anti-collision light designed to increase drone visibility during flight, equipped with white, red and green LEDs. It offers multiple lighting modes, a manufacturer-declared visibility range of over 3 miles and an operating time of up to 4 hours in strobe mode. The built-in 160 mAh battery is charged via USB Type-C. VIFLY Strobe

LED lighting system designed for the DJI Neo, equipped with 86 LEDs arranged around the drone body. The system offers seven colors and seven lighting effects, while two built-in 150 mAh batteries provide at least 50 minutes of operation in steady-on mode. VIFLY NeoHalo LED Strip for DJI Neo.

Lighting kit designed for the DJI Avata 2, consisting of a front light with Cree LEDs and two downward-facing lights. The front light provides a luminous flux of up to 400 lm, while the bottom lights illuminate the area beneath the drone to support the positioning system in dark environments. The total weight of the kit is 50 g. VIFLY Tactical Light for DJI Avata 2

Compact locator buzzer designed for small FPV drones and RC models, equipped with its own 40 mAh LiPo battery. The audible signal reaches a volume of up to 100 dB, while the operating time after loss of main power is up to 7 hours. VIFLY Finder Mini

Locator buzzer designed to help find FPV drones and RC aircraft after power or control signal loss. The built-in 80 mAh LiPo battery allows operation after the main battery is disconnected, while the sound level reaches up to 110 dB. VIFLY Finder 2.

Wireless locator buzzer using a motion sensor to detect when a drone stops moving or crashes. The built-in 80 mAh LiPo battery enables independent operation, while the audible signal reaches up to 105 dB. Installation requires no wiring or soldering. VIFLY Beacon.

Electronic protection device designed to protect RC systems and drone electronics during initial power-up, diagnostics and power system testing. When a short circuit or the selected 1 A or 2 A current threshold is exceeded, the device cuts off the current flow, reducing the risk of component damage. VIFLY ShortSaver V2

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.

Independent power module designed for GPS receivers used in FPV drones, allowing satellites to be acquired without powering up the flight controller or video transmission system. It supports 3.3 V and 5 V GPS receivers and provides an output current of up to 80 mA. The built-in locator function with a buzzer volume of up to 90 dB helps locate the model after loss of main power. VIFLY GPS-mate

Compact module designed for switching video between two FPV cameras in racing drones and RC airplanes. Control can be performed using a PWM signal or receivers supporting SBUS, IBUS and DSMX, without requiring configuration in Betaflight. VIFLY Cam Switcher

Advanced flight controller designed for FPV racing, freestyle drones, and X8 configurations. The STM32H743 480 MHz processor, ICM42688P gyroscope, 16 MB Blackbox memory, and dual BEC provide high performance and extensive control capabilities. The controller supports 4–8S LiPo/LiHV power and up to eight motors. SEQURE H743 V2

Damping balls intended to reduce vibrations transferred to a camera gimbal in drones and multirotor models. The rubber construction and internal damping medium help dissipate vibration energy and reduce image interference during recording. The set includes four damping balls. Tarot TL10A09

ESC controller module for a brushless motor with a current capacity of up to 40 A. It can work with LiPo packages from 3S to 6S. Uses BLHeli_32 software. Skystars Talon32

High-current brushless electronic speed controller designed for demanding RC models, drones, aircraft, boats and vehicles. It supports 5–14S LiPo batteries, provides up to 130 A continuous current and up to 220 A maximum current, while the metal heatsink helps dissipate heat under high loads. SEQURE 14130

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

Compact satellite positioning module designed for FPV drones, fixed-wing models, and other RC platforms. It supports GPS, BDS, and Galileo constellations as well as SBAS and QZSS augmentation systems, providing an output rate of up to 18 Hz and horizontal positioning accuracy of 1.5 m in open-sky conditions. SEQURE M10-122

The ExpressLRS 2.4 GHz receiver uses two SX1281 RF chips and two antennas in a True Diversity configuration. It supports refresh rates up to F1000Hz, 100 mW (20 dBm) × 2 telemetry power and a TCXO, providing suitable parameters for FPV drones and high-speed RC models. SEQURE ELRS 2.4GHz Dual RX & 80mm*2

A 4-in-1 flight controller and ESC kit designed for FPV racing and freestyle drones, offering high performance and ultra-fast response times. The STM32H743-based flight controller with an ICM42688P gyroscope, 16MB Black Box, and 6 UART ports provides precise control and extensive configuration flexibility. The E70 G2 ESC with AM32 firmware supports 4-8S voltage, 70A continuous current (150A peak), and 16-128 kHz PWM frequency, ensuring smooth motor operation. The 30.5x30.5mm chassis also offers telemetry, DShot protocol support, and a stable 5V/10V power supply for video systems. SEQURE H743 V2 & E70 G2 Stack AM32

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.