March 2024: Hargrave Technologies will be the corporate name and branding for the team we’ve known as APD since 2015.

Hargrave ESCs will bring exciting capabilities with an emphasis on quality and customer service – the Hargrave and Neutronics teams are committed to ensuring that customers have a great experience selecting and implementing Hargrave ESCs in their projects.  

The current line of APD ESCs will remain in production and will be sold and supported by the team at Neutronics.

APD UHV brushless motor controllers operate up to 120V DC and can deliver up to 45kW of power. Fully configurable for multi rotor, fixed wing, watercraft, or surface vehicle operation using the built in USB port and WINDOWS GUI.

85V / 400 Amps

UHV 20S

120V / 300 Amps

UHV 28S

Controller
Peak Power (W)
Cont. Amps*
Burst Amps**
Volts
Max LiPo Cells
Weight***
Dim(mm)
Datasheet
38,000
400
450
85
20S
1,069g
180 × 100 × 28
45,000
300
400
120
28S
1,069g
180 × 100 × 28

APD HV PRO brushless controllers operate at up to 100V DC and can deliver up to 40kW of power. Fully configurable for multi rotor, fixed wing, watercraft, or surface vehicle operation using the built in USB port and WINDOWS GUI.

60V / 240 Amps

HVPRO 14S

75V / 400 Amps

HVPRO 16S

85V / 300 Amps

HVPRO 20S

100V / 200 Amps

HVPRO 24S

Controller
Peak Power (W)
Cont. Amps*
Burst Amps**
Volts
Max LiPo Cells
Weight***
Dim(mm)
Datasheet
30,000
240
360
60
14S
155g
96 × 52 × 22
30,000
400
600
75
16S
220g
96 × 52 × 26
30,000
300
450
85
20S
220g
96 × 52 × 26
30,000
200
300
100
24S
220g
96 × 52 × 26

60V / 300 Amps

200F3x

 

Controller
Peak Power (W)
Cont. Amps*
Burst Amps**
Volts
Max LiPo Cells
Weight***
Dim(mm)
Datasheet
2,500
40
100
25
6S
3g
31 × 16 × 4
4,000
80
140
35
8S
10g
51 x 23 x 14
9,000
120
200
50
12S
20g
59 x 29 x 14
18,000
200
300
60
14S
36g
73 × 34 × 12

PDB 360

34V/360A power board

 

PDB 500

60V/500A power board

 

 

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.