Quantity Discount (applied in cart):
1+ £300 each
2+ £295 each
4+ £290 each
6+ £285 each
8+ £280 each
10+ £275 each
For bulk enquiries, please Contact Us
From: £300.00 +VAT
The VESC 100/250 measures 141 x 82 x 14mm
The 100/250 VESC features the following ports and outputs:
– Sensor port for motor sensors (ABI, HALL, AS5047p magnetic precision encoders)
– CAN Port for CAN communication with other devices & VESC arrays, CAN & UAV CAN
– PPM port to connect PPM transceivers
– COMM port for various kinds of other communication methods like I2C,
ADC, Uart, SPI. You can use your Arduino or RaspberryPi to control the VESC!
– SWD port to get direct access to the chipset. diagnostics, debugging, & real time data.
– AUX port to supply 12V and 5V to external devices.
– Micro USB connection
Rating
· Voltage: 14V – 100V (Safe for 4S to 22S LiIon).
· Voltage spikes may not exceed 100V!
· Current: Continuous 200-250A, Burst 400A. Values depend on the mounting, ambient temperature & air/water circulation around the device!
· 5V & 12V 1A output for external electronics
· 3.3V 0,5A output for external electronics
· Modes: DC, BLDC, FOC (sinusoidal)
· Supported sensors: ABI, HALL, AS5047
· up to 150K ERPM drivable
Features
· Accurate current and voltage measurement on all motor phases (3x shunts)
· Regenerative braking
· Sensored or sensorless operation + hybrid mode
· Configurable RPM-, current-, voltage- and power limits
· Input source: PPM, Analog, NRF Nyko Kama Nunchuck
· Communication ports: USB, CAN, UART
· Throttle curve & ramping for all input sources
· Seamless 4-quadrant operation
· Motor revolution, amp hour, watt hour counting
· Real time data analysis and read out via communication ports
· Adjustable protection against:
– Low input voltage
– High input voltage
– High motor current
– High input current
– High regenerative braking current – separate limits for the motor and the input
– High RPM – Separate limits for each direction
– Over tempertaure – MOSFET & motor
With this VESC you get the following items
1x VESC 100/250
1x VESC Switch Cable Loop Key
3x 10cm of BLACK 4mm core 1036 Strand Silicon Coated Cable – SAB
3x 10cm of RED 4mm core 1036 Strand Silicon Coated Cable
3x XT90H-M connector – Male
14x 10cm of BLACK 4mm core 1036 Strand Silicon Coated Cable – SAB
3x GC4010-F – 4mm FEMALE BULLET connector
VESC Box Length 141mm
VESC Box Width 82mm
VESC Box Height 18mm
XT90 cable length approx 70mm
Motor cable length approx 120mm
Voltage:
• 12V – 92.4V (Safe for 4S to 22S LiPo/LiIon). Recommended continuous operating voltage: 20S LiIon (84.2V). Voltage spikes may not exceed 100V
• 12V 0.25A switchable output for external electronics
• 5V 0.5A output for external electronics
• 3.3V 0.5A output for external electronics
• Combined 3.3V, 5V – no more than 0.5A without any draw from 12V!
Current:
• Continuous 250A, burst 300A (values depend on the mounting, ambient temperature and air/water circulation around the device)
Modes:
• DC
• BLDC
• FOC (sinusoidal)
Supported sensors:
• Hall Sensors
• ABI Encoder
• AS5047 Encoder
• AS5X47U Encoder
• SIN/COS Encoder
• TS5700N8501 Encoder
• TS5700N8501 Encoder Multiturn
• MT6816 Encoder
• BISSC Encoder
• TLE5102 Encoder
• Custom Encoder
Sensorless modes:
• HFI
• VSS
• 45 Deg V0V7 HFI
• 45 Deg V0 HFI
• Coupled V0V7 HFI
• Coupled V0 HFI
Software:
• VESC tool – https://vesc-project.com/vesc_tool
• Mobile apps available – Android/iOS
• Easy motor/input setup wizards
• Full scripting support – QML and LISP
Communcation:
• USB
• SWD
• PWM – in/out
• SPI and I²C
• UART x2
• CAN, UAVCAN, and custom CAN commands
• Wireless connectivity via accessory (Wifi/BLE)
Housing:
• Precision CNC aluminium heat sink housing
• Black hard anodised coated
• Mounting holes for easy attachment
• Outer box measures 141 x 82 x 18mm
• Hibernation with wake up via power switch options (momentary NC)
• Automatic hibernation mode with adjustable timer
• Consumes just 20ua when hibernating (less than battery self-discharge)
• Sensored or sensor less operation + hybrid mode
• Current and voltage measurement on all phases (3 battery sided shunts)
• Adjustable current filters
• 3 individual gate drivers
• Accelerometer and gyro positioning (9 axis, ±2/±4/±8/±16 g full scale)
• Multiple ways of communication – see communication list below
• High ERPM drivable – 100-150K (motor/system dependant)
• Protection – under/over voltage, over current, over temperature motor/esc
• 2x programmable GPIO pins
VESC 100/250 MANUAL
Globally renowned high quality motor controller
You will likely have come across VESC™ by now, it is very special in the field of Electronic Speed Controllers so we are very proud that our boards all come as standard with a VESC™ and VESC™ BMS.
VESC6 Mk6 HP – Quite simply a higher powered version of the VESC6 Mk6, with the same trusted reliability and ease of control. Why High Power? Because the mosfets in the HP allow more amps to run through.
VESC6 Mk6 – An incredibly reliable and high performing compact speed controller, used by over 2000 companies in many other applications across the world
VESC 6/75 – If you are using a 16s Battery Pack to power your mountainboard this controller will automatically be selected to handle the higher voltage.
We make battery packs for both Li-Po & Li-Ion cells.
The (S) stands for Series - adding cells in series increases voltage, The (P) stands for Parallel - adding cells in parallel increases capacity.
A higher voltage will take you faster and higher capacity will take you further. See the table below for further comparison:.
Battery Power
Battery Pack Cells Capacity Voltage at peak
12S Li-Po 12S 1P 20Ah 50.4V
16S Li-Po 16S 1P 20Ah 67.2V
12S 21700 Li-Ion 12S 7P Molicell P42A – 29.4Ah
Samsung 40T- 28AhMolicell P42A – 50.4V
Samsung 40T – 50.4V
Battery BMS, Enclosure & Charger
Battery Pack BMS Enclosure Charger Battery (+charger)
12S Li-Po In charger Classic or Massive Ultramat 18
UltraPower
£840 +VAT
16S Li-Po VESC BMS 16S Massive 16S 8A Li-ion £675 +VAT
12S 21700 Li-Ion VESC BMS Massive or Double Massive 12S 6A Li-ion
12S 12A Li-ion£574 + VAT
£609 +VAT
Li-Po: These cells are more expensive, however you may consider them worth it because they have less components and therefore provide easy plug and play capability as well as making it possible to do a quick battery swap. Li-Po cells also have a higher discharge performance than the Li-ion packs.
Li-ion: Individual cells means that you have a serviceable battery pack, swapping out only the individual cells should they be damaged. These cell packs require some electrical knowledge.
We suggest that if you have limited electrical knowledge that you choose Li-Po batteries for their ease.
