High-powered brushless systems are not for beginners.  High power, high DC voltages and high amperages used in these systems can result in serious damage or injury if not used properly.

APD HVPRO 20 BRUSHLESS ESC

85V / 300 Amps

$1,899.00

SPECIFICATIONS:

MODES

Normal mode: Incremental + Linear power ramp control

Used with:

Fixed wing aircraft

Watercraft

Paragliders

Multi-Rotor: Instantaneous Input = Output Step Response

Used with:

Drones

Flying Cars

Heli: Soft-start for drive-train protection

Used with:       Helicopters

Traction:  Same as normal except for active torque control, which applies a motor phase current limit that ramps proportionally with higher motor duty-cycles

Used with:       Electric bikes

Reverse:  Normal mode with reverse capabilities

Used with:       Watercraft requiring reverse

 

MULTIROTOR SPECIALISTS

    • Auto-detect ProShot or Dshot any frequency range
    • ProShot1000 capable (1Mbs/s)
    • Dshot300 to Dshot1200 capable (0.3-1.2Mbs/s)

 

APD CONFIGURATOR

Windows Configuration Tool allows users to update ESC, configure settings, and access data logs.

HIGHEST QUALITY AND EFFICIENCY

Designed and manufactured in Australia using the highest quality components.  APD uses aerospace grade ceramic capacitors for the lowest possible ESR and maximum reliability.

PWM-frequency dithering to avoid PWM-commutation synchronisation.

Adaptive motor timing advance and proprietary developed Active Phase-Current Demagnetisation (APCD). APCD along with synchronous rectification ensures maximum ESC efficiency.

 

HIGH POWER BRUSHLESS SYSTEMS AND BATTERIES CAN CAUSE SERIOUS DAMAGE AND/OR INJURIES IF NOT USED PROPERLY.  USERS ACCEPT ALL RESPONSIBILITY FOR THE SETUP, USAGE, AND POSSIBLE DAMAGES THAT MAY RESULT FROM THEIR PROJECT. THIS POWER SYSTEM IS NOT FOR BEGINNERS.

THESE VOLTAGES AND AMPERAGES CAN CAUSE SERIOUS BODILY HARM INCLUDING BURNS AND ELECTROCUTION.

 

Peak power ratings defined at 100% throttle, where bus current = phase current. Requires proper sizing of motor to load.

(*) Continuous amps defined as amperage sustainable for 180 seconds with adequate cooling to keep ESC at or below 115C

(**) Burst amps defined as amperage sustainable without damage to controller for a period of 5 (five) seconds.  Burst should not be encountered again until ESC has returned to normal temperature

(***) Weight refers solely to the circuit board and enclosure, if any.  Weight measured without any wires or connectors.

Specifications subject to change without notice.

0