The M32t Pico 100 is based on the extremely successful Maclan Racing 32-bit platform with many significant upgrades.

The M32t Pico 100 is 2 mm shorter in length and 3g lighter in net weight than its predecessor. It is built with all aluminum case for the maximum thermal performance and durability.

Upgraded CPU with 2X of Memory for HD Data Logging

The M32t Pico 100 adapts the same Microchip PIC32 platform, but with twice the memory capacity. This upgrade will expand the potential for next level software innovations such as a sophisticated algorithm and high definition data logging capability.

Another significant upgrade in M32t Pro160 is a USB Type-C connector. USB Type C is more versatile and transmits data faster than the typical micro USB. It is also reversible, so it allows for easier connections and lasting durability.

At Maclan Racing, they believe that software is the soul of a great ESC. With 10+ years of experience in RC competition electronics, they have developed the M32t Pico 100 ESC with an upgraded throttle and brake algorithm. The software features a Dynamic Brake PWM function that allows the ESC to have 2 stages of brake PWM to be set up according to the track conditions.

The Maclan Racing Wireless Link (sold separately) is designed for transmitting data wirelessly between Maclan Racing ESC and mobile devices (Android OS with 5.0 or later, and iOS with 13 or later). With Maclan Racing Smart Link App, it allows ESC programming, firmware updating, and viewing data logs.

CPU: Super speed 32-bit CPU with 5-stage pipeline
Scale: 1/10th
Mode: Sensored/ Smart Sensorless
Continuous Current: 100A
Power Input: 2S Li-Po
Motor Limit: 2-Pole 10.5T (4-pole motors are not supported)
BEC Output: Linear Mode 6V to7.4V, 4A
Input Wires: Black-13AWG-200mm*2
Output Wires: Black-13AWG-200mm*3
Cooling Fan: 30x30x10mm HV turbo fan (Optional)
Fan Power: Direct battery voltage
Net Weight: 30g (w/o cables and capacitor module)
Dimension: 38x30x16mm (w/o cooling fan)

Maclan Racing - Maclan 12AWG Black Flex Silicon Wire (3')

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