Bigtreeteh BTT TMC5160T Pro V1.0

Product Description

The BTT TMC5160T Pro V1.0 is a high-performance stepper driver designed for advanced 3D printers and CNC systems that require powerful, silent, and precise motor control.
Featuring the Trinamic TMC5160 chip, this driver supports high voltage, high current, and SPI communication, making it ideal for large CoreXY printers, heavy gantry systems, and fast Klipper setups.
The Pro version includes improved heat dissipation, upgraded MOSFETs, enhanced PCB layout, and optimized protection circuits to ensure stable long-term operation even under high loads.
It is perfectly suited for demanding builds such as Voron, large-format printers, and machines using NEMA 23 motors.

Features

• High-performance Trinamic TMC5160 stepper driver

• Supports STEALTHCHOP & SPREADCYCLE for ultra-silent and smooth motion

• High current & high voltage support — suitable for NEMA 17 & NEMA 23 motors

• Full SPI mode for advanced Klipper/Marlin tuning

• Automatic current control & microstepping up to 1/256

• Built-in protection: short-circuit, over-temperature, under-voltage

• Large heatsink included for efficient cooling

• Compatible with BIGTREETECH motherboards (Octopus, Octopus Pro, Manta series, SKR series)

• Stable operation in high-speed CoreXY printers and CNC machines

Specifications

• Driver Chip: Trinamic TMC5160T

• Microstepping: Up to 1/256

• Current: Up to 3A peak (cooling recommended)

• Voltage: 8V – 60V input support

• Control Mode: SPI (recommended), STEP/DIR

• Features:

  • StealthChop2 (silent operation)

  • SpreadCycle (high-power torque)

  • StallGuard2

  • CoolStep

• Compatibility: Works with Klipper, Marlin, RRF

• Package Includes: TMC5160T Pro driver module + heatsink

Applications

• High-performance 3D printers (Voron, CoreXY, large-format builds)

• Printers requiring strong motor torque and high-speed motion

• CNC machines using NEMA 23 or heavy-duty NEMA 17 motors

• Klipper-based machines needing precise SPI control

• Heavy gantry systems, multi-motor Z-axis setups, or belt-driven Z-axis