● Max Peak Current/3120A(FET Spec)
● Max Continuous Current/780A(FET Spec)
● Size/33.4×37.0×16.8mm
● Weight/30.8g(Main unit only)
● Motor Type/Sensor type motor above 4.5T
● Patented VFS System
●Silicon wire

(the heatsink and cooling fan is sold separately #45521)

Five factory power profile types pre-installed.
Even without having an external device (multisetting adapter or PC) for setup, there are five pre-installed settings when shipped from the factory to designate the power setting.

52 drive frequencies to configure from!
The throttle width is split into 32 steps in which you can assign each step a drive frequency from
the range of 2.04KHz~12.146KHz. With the changes to the drive frequency you can get a fast top end speed, acceleration and at the same time a more powerful run while not wasting power due to traction.

The wide range of configuring 256 different neutral brake settings is equipped.
Adjustment of the brake while the throttle is at neutral is possible. While on/off the throttle, brushless systems will “give the impression of rolling” and you have the option to set up neutral brake 256 ways. This function supports the tuning of brushless motors rolling too much.

The strongest electric timing advancement possible!
The controller has three different electric timing advancement settings. Configuring to setting 2 exceeds the KV value by obtaining the maximum rpm possible!

Control the brake force by adjusting the brake frequency.
Brake settings become an important topic when brushless systems display intense power. With the VFS-1 BMC the FET drive frequency for the brakes are adjustable. A smooth decelerationwith abundant stopping power to stop suddenly while in control is maintained with this controller.
 

Stable operation with the selectable low voltage cut-off.
Configure the low voltage cut-off with three different setting, 4 cell, 5/6 cell and LiPO. This feature will allow you to safely utilize the battery voltage efficiently even with various loads from the electronic environment and configuration of the RC vehicle.