diff --git a/config/generic-azteeg-x3-pro.cfg b/config/generic-azteeg-x3-pro.cfg
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+++ b/config/generic-azteeg-x3-pro.cfg
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+# This file contains common pin mappings for the Azteeg X3 Pro.
+# This board uses a firmware compiled for the AVR atmega2560.
+#
+# See docs/Config_Reference.md for a description of parameters.
+#
+#Flashing the MCU.
+# -SSH into your device running Klipper (Raspberry Pi, etc...)
+# -Determine the port ID using these instructions: 
+#  https://www.klipper3d.org/FAQ.html#wheres-my-serial-port
+# -Make sure your locale is set correctly on your device running
+#  klipper. For my Rasperry Pi, I needed to run `sudo raspi-config`
+#  and set the locale in `localisation options`.
+# -Run `make menuconfig` to open the menu to set MCU settings.
+#  - Micro-controller Architecture: Atmega AVR
+#  - Processor model: atmega2560 
+# -run `make` to build the MCU firmware.
+# -Stop the Klipper service: `sudo service klipper stop`
+# -Flash the MCU: `make flash FLASH_DEVICE=<your port ID>`.
+# -Check the output of avrdude to make sure the flash was successful.
+# -Start Klipper again: ` sudo service klipper start`
+
+[mcu]
+ serial: /dev/serial/by-id/usb-FTDI_FT231X_USB_UART_DN04GSGV-if00-port0
+
+[printer]
+ kinematics: cartesian
+ max_velocity: 150
+ max_accel: 2000
+ max_z_velocity: 10
+ max_z_accel: 100
+
+[stepper_x]
+ step_pin: x_step
+ dir_pin: !x_dir
+ enable_pin: !x_enable
+ microsteps: 32
+ rotation_distance: 54
+ endstop_pin: ^!x_min_endstop
+ position_endstop: 0
+ position_max: 590
+ homing_speed: 20
+
+[stepper_y]
+ step_pin: y_step
+ dir_pin: !y_dir
+ enable_pin: !y_enable
+ microsteps: 32
+ rotation_distance: 54
+ endstop_pin: ^!y_max_endstop
+ position_endstop: 0
+ position_max: 760
+ homing_speed: 20
+ 
+[stepper_z]
+ step_pin: z_step
+ dir_pin: z_dir
+ enable_pin: !z_enable
+ microsteps: 32
+ rotation_distance: 1.5875
+ endstop_pin: ^!z_min_endstop
+ position_endstop: 0
+ position_max: 900
+ position_min: 0.0
+ homing_speed: 5
+ 
+[extruder]
+ step_pin: e1_step
+ dir_pin: !e1_dir
+ enable_pin: !e1_enable
+ microsteps: 32
+ rotation_distance: 6.4
+ nozzle_diameter: 0.4
+ filament_diameter: 2.85
+ heater_pin: hotend_1
+ sensor_type: AD8495
+ sensor_pin: thermocouple1
+ min_temp: 0
+ max_temp: 250
+ control: pid
+ pid_kp: 16.533
+ pid_ki: 0.538
+ pid_kd: 127.100
+
+[heater_bed]
+ heater_pin: hotbed
+ sensor_type: AD8495
+ voltage_offset: -1.24
+ sensor_pin: PF3
+ min_temp: 0
+ max_temp: 120
+ control: pid
+ pid_kp: 62.838
+ pid_ki: 1.682
+ pid_kd: 586.754
+
+[fan]
+ #Part cooling fan
+ pin: hotend_4
+
+[heater_fan heatbreak_fan]
+ pin: hotend_3
+ heater: extruder, extruder1
+ heater_temp: 50.0
+
+#Full scale voltage output of these pots is ~1.2V
+[mcp4451 pot1]
+ i2c_address: 44
+ wiper_0: 0     #Goes to X driver
+ wiper_1: 0     #Goes to Y driver
+ wiper_2: 0     #Goes to Z driver
+ wiper_3: 0     #Goes to E1 driver
+
+[mcp4451 pot2]
+ i2c_address: 46
+ wiper_0: 0    	#Goes to E2 driver
+ wiper_1: 0  	#Goes to E3 driver
+ wiper_2: 0     #Goes to E4 driver
+ wiper_3: 0		#Goes to E5 driver
+
+#The Viki2 display is actually ST7565 based, but the UC1701 type works here.
+#[display]
+# lcd_type: uc1701
+# cs_pin: viki2_lcd_cs
+# a0_pin: viki2_lcd_a0
+# contrast: 50
+# encoder_pins: ^viki2_enc_a, ^viki2_enc_b
+# click_pin: ^!viki2_enc_btn
+
+[board_pins]
+aliases:
+	x_step=PF0,
+	x_dir=PF1,
+	x_enable=PD7,		#All motor enable pins have hardware pullups.
+	x_min_endstop=PE5,
+	x_max_endstop=PE4,
+
+	y_step=PF6,
+	y_dir=PF7,
+	y_enable=PF2,
+	y_min_endstop=PJ1,
+	y_max_endstop=PJ0,
+
+	z_step=PL3,
+	z_dir=PL1,
+	z_enable=PK0,
+	z_min_endstop=PD3,
+	z_max_endstop=PD2,
+
+	e1_enable=PA2,
+	e1_dir=PA6,
+	e1_step=PA4,
+
+	e2_enable=PC7,
+	e2_dir=PC3,
+	e2_step=PC1,
+
+	e3_enable=PG1,
+	e3_dir=PA3,
+	e3_step=PA1,
+
+	e4_enable=PG0,
+	e4_dir=PA7,
+	e4_step=PA5,
+
+	e5_enable=PL7,
+	e5_dir=PC0,
+	e5_step=PL6,
+
+	thermistor_bed=PK6,
+	thermistor_0=PK5,
+	thermistor_1=PK7,
+	thermistor_2=PK4,
+	thermistor_3=PK3,
+	thermistor_4=PK2,
+	thermocouple1=PF4,		#Type K
+	thermocouple2=PF5,		#Type K
+
+	hotbed=PH5,
+	hotend_1=PB4,
+	hotend_2=PH6,
+	hotend_3=PH1,
+	hotend_4=PH0,
+	hotend_5=PG5,
+	hotend_6=PE3,
+	hotend_7=PH3,
+	hotend_8=PB5,
+
+	sd_card_select=PB0,		#Onboard SD card. Not tested.
+	sd_card_detect=PL0,		#Needs pull-up
+	buzzer=PC4,				#High side of buzzer
+	onboard_led=PB7,		#Not tested.
+
+	#Pins for the Viki2 LCD. These pins are somewhat arbitrary, but
+	# the below is the standard wiring from the manual.
+	viki2_buzzer=PC4,		#Same as onboard buzzer
+	viki2_lcd_a0=PL5,
+	viki2_lcd_cs=PL4,
+	viki2_enc_a=PA0,
+	viki2_enc_b=PH4,
+	viki2_enc_btn=PG2,
+	viki2_sd_detect=PL0,
+	viki2_sd_cs=PL0,
+	viki2_led_red=PC5,
+	viki2_led_blue=PC2,
+
+	rx=PE0,					#Attached to USB through a FTDI FT231x
+	tx=PE1,
+	MOSI=PB2,
+	MISO=PB3,
+	SDA=PD1,
+	SCL=PD0,
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