Flycolor X-Cross BL32 35A ESC (3-6s)

MAJOR SELLING POINTS

• Powered by an ARM 32-bit Cortex MCU with BLHeli_32 firmware, it's faster than BLHeli_S, offering top-notch performance.
• Supports signals at any rate up to Dshot1200 for seamless operation.
• Equipped with high-quality MOSFETs, it has low resistance and excellent impulse stability.
• The aluminum heat sink effectively slows down temperature rise, ensuring long-lasting use.
• Full contact soldering pads make the soldering more stable.

FEATURES

• The ARM 32-bit Cortex MCU has a frequency of up to 48 MHZ for high-speed processing.
• BLHeli_32 firmware is designed for superior functionality and performance.
• Supports regular 1 - 2ms pulse width input, Oneshot125 (125 - 250us), Oneshot42 (41.7 - 83.3us), and (5 - 25us). The ESC automatically detects the input signal upon power-up.
• Signals are supported at any rate up to at least Dshot1200 for reliable communication.
• Damped light enables regenerative braking, causing fast motor retardation and active freewheeling.
• It supports higher KV motors and more power loads, making it perfect for racing flights.
• The silicone twisted-pair of the throttle signal cable reduces crosstalk and ensures stable operation.
• The aluminum heat sink keeps the temperature in check.

SPECIFICATION

• Continuous Current: 35A
• Burst Current (10S): 50A
• LiPo cells: 3 - 6S
• Weight: 3.6g
• Size: 28x14x5mm
• Typical Applications: 170 - 350mm Multi

X-CROSS BL-32 IS USING FLYCOLOR_X_CROSS_BL_32_MULTI FIRMWARE.

Using the Flycolor X-Cross BL32 35A ESC is easy. First, make sure to connect it correctly according to the wiring diagram. When powering it on, the ESC will automatically detect the input signal. It can support different types of signals up to Dshot1200, so you can choose the one that suits your needs. For racing flights, it's a great choice as it can handle higher KV motors and more power loads. As for maintenance, keep an eye on the temperature. The aluminum heat sink helps to control the heat, but if you notice it getting too hot, give it a break. Also, check the soldering regularly to ensure it remains stable. When handling the throttle signal cable, be careful as the silicone twisted-pair is there to reduce crosstalk and keep the operation stable. And always use it within the specified current limits (35A continuous and 50A burst for 10 seconds) and with 3 - 6S LiPo cells.