Model: FOXAIR GEMINI 4IN1 65A ESC
Cena ustalana projektowo — sprzęt na zamówienie / klasy misyjnej
Podaj: ilość, kraj przeznaczenia / przeznaczenie końcowe (end-use), konfigurację
Nasz dział handlowy odpowiada w ciągu jednego dnia roboczego
Dostępność i czasy realizacji
Wysyłka z Hongkongu · DAP lub FOB Hong Kong.
Dostawa śledzona na cały świat
DHL · FedEx · UPS · EMS oraz fracht lotniczy, morski i kolejowy
Gotowe pozwolenie eksportowe
Dokumenty ECCN, CO, CI, PL, EUS
Oryginalne produkty
Autoryzowana dystrybucja
Wsparcie inżynierskie
Dobór przed sprzedażą i RMA po
Secure, milestone-based payment
T/T 30/70 terms and irrevocable L/C over US$50,000. Funds follow agreed milestones — you never pay an unknown seller upfront.
Payment protectionVetted supplier, Aegisky as contracting window
Suppliers pass KYC/KYB and export-capability review; Aegisky — not an anonymous third party — is your single contracting and communication window.
View supplier profileExport compliance on every controlled order
ECCN classification, sanctions screening and end-use/end-user documentation are handled before quotation is finalised.
Export compliance14-day defective/DOA protection & warranty handling
Defective or dead-on-arrival items are accepted within 14 days via RMA; warranty claims and spare-parts support are handled through the trade desk.
Returns & warrantyProdukty z ceną na zapytanie wyceniamy indywidualnie — rabaty hurtowe i poziomowe, cła oraz koszty dostawy są zawarte w ofercie RFQ.
Get full control over your drone's power. The FOXAIR GEMINI 4IN1 65A ESC controller combines four independent channels in one compact board. It runs on advanced AM32 firmware with AT32F421K8U7 processor clocked at 120 MHz.
The device supports a wide voltage range from 3S to 8S LiPo. You can power your motors with a stable current of up to 65 amps per channel. It is an ideal choice for racing and freestyle drones. Choose reliability and advanced technology from FOXAIR. Order GEMINI 4IN1 right now in our store.
High power 65A DC and 70A peak per channel.
Modern 32-bit processor AT32F421K8U7 with a frequency of 120 MHz.
Supports a wide input voltage range of 3S–8S (9–34.8V).
High-quality MOSFET NTMFS5C410NT1G and 8-layer board with 3oz copper.
AM32 firmware with support for Dshot600, bi-directional Dshot and telemetry.
The FOXAIR GEMINI 4IN1 controller is an electronic device for controlling the rotation speed of brushless motors. It receives signals from the flight controller using modern digital protocols. The powerful AT32F421K8U7 processor instantly processes the pilot's commands. The regulator then supplies the precisely calculated voltage and current to the motor windings. This happens hundreds of times per second to ensure perfect rotation synchronization.
The regulator board adopts advanced technology with 8 layers and 3 oz copper thickness. This ensures excellent conductivity and efficient heat dissipation under high loads. Modern MOSFET transistors NTMFS5C410NT1G with low open-channel resistance are used. Built-in TVS diode protects electronics from dangerous voltage surges. Bi-directional Dshot support allows you to read motor speeds for precise control.
Explore the detailed parameters of the FOXAIR GEMINI 4IN1 controller. Device model FOXAIR GEMINI 4IN1 65A ESC with firmware AM32_AT32DEV_F421_2.17 (PB4). The board dimensions are 42.3 mm in length, 41.2 mm in width and only 4.86 mm in height. The mounting holes are located according to the standard 30.5 × 30.5 mm for M4 screws.
Input voltage is from 9 to 34.8 Volts DC, which corresponds to 3 8S LiPo batteries. Constant operating current of 65 amperes for each of the four channels. The maximum current for 10 seconds reaches 70 amperes.
Processor (MCU) AT32F421K8U7 operates at 120 MHz. MOSFET switches NTMFS5C410NT1G provide high efficiency. The thickness of the copper layer is 3 ounces, the board has 8 layers for better heat dissipation. Supports TVS diode, ESC feedback and built-in current meter.
Control protocols include Dshot600, Dshot300, Dshot150, Oneshot125, Oneshot42, PWM and Multishot. Connection is made via an 8-pin connector or direct soldering of wires. The weight of the device is only 16.5 grams.
