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Spec:
- Material: Nylon
- Diameter: ∅120mm
- Pitch: 96mm
- For Stepped shaft of motor: Flipsky 65111 motor (Stepped Shaft) / Flipsky 65150 Motor (Stepped Shaft);
- For Threaded shaft of motor: Flipsky 65111 motor ( Round with thread shaft) / Flipsky 65150 Motor (Threaded Shaft / Flipsky 70165 motor / Flipsky 65161 motor(threaded shaft) / Flipsky 65121 motor(threaded shaft) / Flipsky 7070 motor
Propeller for Stepped Shaft Diagram:
Propeller for Threaded Shaft Diagram:
Difference between two Propellers:
Please use 5V/2A charger for VX1 Pro (Max. Input voltage of 6.5VDC for VX1 Pro). Do NOT use a charger with an output voltage more than 6.5V, otherwise the VX1 Pro remote controller may be damaged.
Features:
- Using 2.4G wireless module-E28-2G4M12S, low power consumption, strong anti-interference ability, long remote control distance
- Support 3 speed modes (high gear: red light; middle gear: yellow light; low gear: green light)
- Support cruise control mode
- Remote control and skateboard battery indicator light
- Comfort touch: ABS+Rubber painting surface
- Support reverse function
- Rechargeable Li-ion Battery (850mAh)
- Anti-slip wrist strap
- VX1 Remote comes with Receiver
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.
What are the differences between VX1 and VX1 pro?
Receiver Connection Diagram:
For PPM mode(or Non VESC )
For Dual FSESC4.20 Plus:
For Dual FSESC6.6:
Spec:
- Hardware: V2.2
- Max voltage: 12S (50.4V)
- Continuous Current: 60A , Max Current: 120A
- Burst current: 800A(theoretical current)
- Mosfets: NVMFS5C628NLs
- LED button diameter:12mm, cable length: 250mm
- PCB thickness:4 layers*3oz copper=12oz copper
- PCB size: 40mm*32m
- Wire:12AWG
Enhanced Features:
- High Side Switching -> Much safer to use with multiple ESCs and other devices.
- In-rush current limiting.
- RC delay network restricts inrush current to safe levels.
- dV/dt is ~100V/s (This is considered VERY slow for power electronics. Fast would be 50,000,000V/s). At 6,000 uF output capacitance, this is an inrush current of 600mA.
- Smart Power on/off
- Roll-to-start. Has 12 second blanking timer after turn off. Can still be turned on by switch during this period.
- Auto-turn-off. Will turn off automatically after 20 minutes. The output voltage must vary by at least 500mV within any three second interval to reset the turn-off timer.
- Support momentary push button. Hold for 0.3s to turn on, 1s to turn off. Holding it down will cycle it on then off.
- High power, 150A Continuous.
- Very low idle power draw, ~300uA, will last months on battery.
1.Preventing a small spark may cause explosions in some spark-sensitive areas.
2. Add copper bars for better heat dissipation and over-current flow.
3.Anodized aluminum Heatsink with lots of notches for better heat dissipation.
4.Add silicon glue to fix the LED button cable with the heat shrink.
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:
-
Axle Diameter: 8/10mm
-
Material: Aluminum Alloy
-
Color: Black
The detail size of 63 Series motor mount(Axle Diameter:10mm),Suitable for 6354/6374/6384 motors
The detail size of 50 Series motor mount(Axle Diameter: 8MM):(Suitable for H5045/H5055/H5045/H6368 motors,not suitable for 5065 270KV motor )
Package included:
2pcs motor mount
Based upon the nrf51_vesc project
Kindly Reminder: This bluetooth module support Android /IOS mobile device.
Used to communicating between the VESC and VESC Tool (mobile) over BLE. Note that the UART port on the VESC must be enabled with a baud rate of 115200 for this to work. The UART port on VESC can work only under 115200 baud
Operating voltage: 2.0V ~ 12V Onboard Chip: NRF51822
Actual use distance: The distance to communicate with VESC is about 15 meters
Frequency range: 2.4GHz
2.4 GHz multiprotololl RF receiver
ARM
Cortex
-M0 32 bit processor
256kB flash & 16kB RAM
PCB size：27mm*13mm
2.0mm seven-pin four-wire connector length：90mm
Antenna length：145mm
net weight：3.5g
APP download link：https://www.vesc-project.com/node/17 or
https://www.vesc-project.com/vesc_tool for Android system
Wiring diagram download：
Bluetoo_module_connected_to_FSESC_6.6.pdf
Bluetoo_module_connected_to_DUAL_FSESC6.6.pdf
luetoo_module_connected_to_FSESC_4.12.pdf
Bluetoo_module_connected_to_DUAL_FSESC_4.20.pdf
