Please use 5V/2A charger for VX1 (Max. Input voltage of 6.5VDC for VX1). Do NOT use a charger with an output voltage more than 6.5V, otherwise the VX1 remote controller may be damaged.

Features

• 2.4Ghz band width
• Support 3 speed modes
• Support cruise control mode
• Remote and E-skateboard power indication lights
• Support checking remote battery volume
• Comfort touch: ABS+Rubber painting surface
• Rechargeable Li-ion Battery
• Wrist strap
• VX1 Remote comes with Receiver 

Function Show

Kindly Reminder !

1.Please carefully check following receiver connection diagram corresponding with different FSESC, wrong cable collection in reciver side will cause the receiver burned. 

2. The variants (for VESC4/ for VESC6 / For Non VESC) only differenciate on reciver cables , the remote is the same one. 

3. When you choose UART mode connection for VX1 remote receiver, pls do connection after your programming in VESC tool. Or else , it will influence programming. And In UART mode, there is no need to do adjust for remote. 

Receiver Connection Diagram

For Single V4

For Dual FSESC4.20: Both hook up with bluetooth and remote receiver

For Single V6

For Dual FSESC6.6 Plus : both hook up with bluetooth and remote receiver

For PPM mode(or Non VESC )

Manual：VX1_Remote_VX1_product_manual_-20190316.pdf

Feature:

• 1.6-inch super clear and big screen display
• Display shows more: Except for basic telemetry data, it also display GPS, motor power, real-time temperature of MOS tube, and throttle progress bar information
• Be compatible with Flipsky FSESC and other VESC and Non-VESC
• ESK8 mode / E-surf mode switching freely
• Esurf mode：Cruise speed control function
• Waterproof IP rating: IP67
• Bigger remote battery capacity:1500MA
• ESC failure report ：Detect possible failures of the ESC in time for replacing
• Controller mode: PPM/UART 
• Charging way:Wireless Magnetic Charging
• VX3 Remote comes with Receiver

Remarks: For remote VX3, it is recommended to wash it with fresh water or soak it in fresh water for at least one minute after using to reduce salt residue and extend the service life of the remote.

Wiring Diagram:

Reference video:

Spec:

• Hardware: V1.0
• Max voltage: 20S (90V，safe for 80V)
• Continuous Current: 80A .
• Max Current: 200A((It is better to increase bigger heat sink)
• Burst current 1000A(theoretical current)
• LED button diameter:12mm
• Size:68mm*34mm*9.5mm(10AWG Wire)

Aluminum pcb Features:

• MOS fets: use 10*10 large package MOS , with better overcurrent and heat dissipation performance
• Control mode: lock key control switch mode; press the lock button to lock it to open, and the LED light will light up at the same time, press the lock button again to bounce it to turn off, and the LED light turn off at the same time.
• The function of the product: the aluminum substrate fire-proof spark switch efficiently and safely protects the power contacts from being burnt and oxidized by the electric spark, effectively protecting the electronic components of the integrated circuit from breakdown and damage, preventing the occurrence of electric sparks that may cause an explosion, and more effectively extending the electronics Product life.
• Aluminum base plate has better heat dissipation performance. It is more convenient to add a larger heat sink for continuous large current output. The heat sink and the heat sink are connected with thermally conductive silicone grease, which has a better heat conduction effect.

Warnings:

• Do not peel off the heat shrink.There’s no screw to lock the heatsink and PCBA, Only the heat-transfer silicon pad is naturally sticky to heatsink and PCBA.
• No short circuit protection, DO NOT short circuit output!
• No reverse polarity protection. DO NOT plug in backwards.
• Recommended to keep output capacitance under 6,000 uF. Proper operation cannot be guaranteed at higher capacitances.
• Do not Hot-Swap. Try to make sure everything is off before connecting and removing. If need be, unplug from battery first, wait for ESCs to turn off, then unplug ESCs. Do the reverse for plugging in, plug in ESCs first before plugging the switch into the battery.
• Engineers have thoroughly tested prototypes; however, this is still a new design and a first production run, please exercise extreme caution (as one would normally do with any electric vehicle) when using this device.
• Do not attempt to reprogram the MCU unless otherwise advised. Doing so will void any warranty and also put the switch at great risk of failure.

 Wiring diagram：

Spec:

• Hardware Version:ODESC3.6 Dual Drive
• PCB layer Number: 4 layer
• Applicable Voltage: 8-56V
• Current Parameter:50A continuous/120A peak
• Support Encoder:Incremental Encoder, Absolute Encoder, Houle Sensor, AMT102, AMT103, TLB5012, AS5047
• Communication Interface:USB-Protocol Open Source (PC, Raspberry Pie, Ros) , UART (Embedded Devices) , PWM (RC Remote) ,STEP/DIRECTION（PLC）、GPIO、CAN、ANALOG INPUT
• Voltage Protection:Programmable Voltage Protection to Prevent Excessive Battery Discharge
• Movement Pattern:Speed Mode, Torque Mode, Current Mode, Position Mode, Trajectory Mode, etc.

Feature:

ODESC high-performance brushless drive is based on the open source project ODrive for hardware optimization and enhancement, stable performance and matching the original firmware of Odriver. The supporting USB connection to the PC terminal can realize motor debugging and complex multi-axis control. And it can realize FOC control for most brushless motors on the market.With the use of encoders, it can also achieve arbitrary torque, speed loop, position loop, current loop, and position control based on trajectory planning etc. It can be widely used in joint flexible robots, robotic arms, 3D printing, camera gimbals, Gimbal slide, CNC milling machine, ship model, car model and other DIY industrial and automation fields.

Reference video:

Spec:

• Hardware Version:ODESC V4.2
• Drive motor:Brushless DC motor (BLDC)
• Braking method:Power resistors, battery recycling
• Microprocessor:STM32F405RGT6
• Maximum current:120A
• Continuous current:70A
• Working voltage: 8-24V (for ODESC_V4.2_24V)
• Working voltage: 8-56V (for ODESC_V4.2_56V)