Yokomo BL-PRO4NB Sensored Brushless ESC - Aluminium Cased Unit  [BL-PRO4NB]

Yokomo BL-PRO4NB BL-PRO4 Blushless speed controller w/o wire
Price:
AUD$377.69
Brand:
Yokomo
Model:
BL-PRO4NB
GTIN:
0639342202218
Condition:
Brand New
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Yokomo BL-PRO4NB Performance and Tuning Summary

The Yokomo BL-PRO4NB brushless speed controller is aimed at drivers who need fine-grain control and adaptable behaviour. It supports boost and turbo options, throttle sensitivity tuning, and brake frequency adjustment to suit both carpet and outdoor layouts.

Robust Build with Improved Cooling

Featuring a full aluminium case, the BL-PRO4NB is designed to dissipate heat efficiently under race conditions. It includes a larger fan and an aluminium fan guard as standard, which helps keep the ESC cool during intense sessions.

Advanced Setup Tools

Full programmability is available with the optional YBP4 programmer, while an available Wi-fi module (sold separately) enables tuning from a smartphone. This setup allows quick on-the-spot changes and graphical data review after runs.

Key Selling Points

  • Brushless sensored type controller
  • Programmable with YBP4 programmer
  • Boost and turbo functions
  • Forward, auto brake, and detailed brake adjustment functions
  • Compatible with 1-cell Li-po batteries (3.7V)
  • ABS and reverse rotation functions
  • Wi-fi module compatibility for remote control
Remark :
Due to limited stock availability, please notice that some Yokomo items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.
Yes, use the YBP4 programmer to access all tuning menus and make advanced adjustments to the BL-PRO4NB.
The ESC is compatible with 1-cell Li-po batteries (3.7V) as listed; always confirm battery specs and connector types before installation.
With the optional Wi-fi module and smartphone app you can adjust settings quickly between runs and analyse data to improve lap consistency.

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