Flipsky FPESC 5S-16S 160A with AM32 Firmware for For 3D Aircraft, RC Cars & Drones

Specs: Model: FPESC 16160 G1 Firmware: AM32_FLIPSKY_AT16160G1_F421_2.19 Voltage: 5S~16S Lipo Peak Current: 240A(3s); 200A(10s); 160 A(35s) Continuous Current: 160A(35s); 80 A(5 mins, under good heat dissipation condition) BEC: No Programming Tool: ESC Config Tool Programming Link: https://am32.ca/ Import Source Support: PWM/ Dshot300/ Dshot600 Data Transmission: TX Port Startup: OPEN/ Sinusoidal Startup(sensorless) Size: L87.5*W36.4*H23mm(with pad); L71.2*W36.4*H23mm(without pad) Weight: 106g(without wires) Feature: High-performance CPU: core MCU: AT32F421K8U7, with high efficiency of 120MHZ. Adapt optimized AM32 with fast response and excellent performance. PCB structuring design: well-organized wiring and component layout, effectively separating the power terminals and signal terminals, enhancing the stability and utility of the ESC.Using a 8-layer design with a 3OZ thick copper layer as well as large-diameter copper strips on the main power lines, greatly increasing the current-carrying and heat dissipation capability. Wide voltage input: support 5~16S Li-po input, suitable for 13-20 inches drones with X-Class structure. Support multiple input source: once ESC was powered on, it will auto detect the throttle signal. Support Servo PWM, one-way and both-way Dshot(300,600). Variable PWM: switching PWM frequency according different rpm, highly improving motor working efficiency. Support sinusoidal sensorless startup: in some cases, this mode enables the motor to smoothly transit to the reverse electrical mode with heavy load. Support upgrade/parameters setup via ESC Config Tool/web. Compact layout with light weight, suitable for UAV with limited arm space. Built-in precise current and temperature sensor. Support trans back ESC working data via pin of TX port, monitoring core data such as temperature, voltage, current, and rpm. Adapt double-stranded silicone wires as signal wires, effectively reducing the signal interference during copper wire transmission process, enhancing the flight stability. Equipped with an aluminum alloy radiator, efficiently dissipating heat and improving working stability. Wiring Diagram: To prevent short circuits or electric leakage, please ensure that the connection well insulated. Manual download link: https://cdn.shopify.com/s/files/1/0011/4039/1996/files/FSESC_16160_G1_V1.0_AM32.docx?v=1781761721