NEW FOR 2025!

4 x 20/40 amp (continuous/peak) ESCs on one board
7-34V (8S) input
5 V 2.5A BEC
FOCAL (FOC) + trapezoidal commutation for maximum efficiency
NDAA compliant
CAN control option (DroneCAN, ARINC825)
DShot150 & DShot600

$240.00

Specifications


PARAMETER (UNIT)	VALUE	NOTES
Nominal Power Supply Voltage	(V) 7 – 34 [3S – 8S]	The recommended operating range for the units.
Absolute Power Supply Voltage	(V) 6 – 35	Breaching absolute limits will result in unexpected shutdowns or unit failures.
Rated Phase Current	(A) 20 Per Channel.	Indefinitely, when appropriately cooled.
Peak Phase Current	(A) 40	Per Channel. When appropriately cooled.
NDAA Compliance	Standard	NDAA Compliant
Country of Origin	Australia
Weight (g)	20 [0.7 oz]	Base weight only, not including options.
CAN Bus Support	DroneCAN, ARINC825*	Other protocols can be requested.*ARINC825 support to be added in future firmware update.
CAN Bus Termination	✓	Selectable with solder jumper.
Auxiliary Output Rail / BEC	5V, 2.5A	Can supply up to 2.5A
Telemetry	✓	CAN, Serial and PWM telemetry supported.
Firmware Updates	✓	Firmware update through CAN interface
DShot Support	DShot150 – DShot600	Standard and Bi-Directional DShot supported.
Servo PWM Support	✓	50-499 Hz input frequencies supported.
Input Resolution	10-bit	Resolution on DShot and PWM input signals.
Minimum Switching Frequency (kHz)	4	Automatic switching, configurable range.
Maximum Switching Frequency (kHz)	64	Automatic switching, configurable range.
Commutation Types	FOCAL and Trapezoidal	Configurable motor control algorithm.
Efficiency	Up to 99%	Maximum achievable efficiency. 2-pole motor speed.
Maximum RPM (Trapezoidal) (eRPM)	500,000	2-pole motor speed.
Maximum RPM (FOCAL) (eRPM)	200,000	2-pole motor speed.
Telemetry	✓	CAN, Serial and PWM telemetry supported.
Firmware Updates	✓	Firmware update through CAN interface
DShot Support	DShot150 – DShot600	Standard and Bi-Directional DShot supported.
Servo PWM Support	✓	50-499 Hz input frequencies supported.
Input Resolution	10-bit	Resolution on DShot and PWM input signals.
Regenerative Braking	✓	Configurable operation.
IP Rating	×	No ingress protection, this unit relies on the user to provide an appropriate enclosure.
Operating Temperature (°C)	-20 – 110 [-4 - 230°F]	Continuous operation above 85°C [185°F] may reduce lifetime of unit.

FOC COMMUTATION

Hargrave Technologies’ FOCAL algorithm sets a new standard for sensorless motor drives. Optimised for the most demanding UAS applications, FOCAL combines the low-speed efficiency of FOC with the high-RPM performance of trapezoidal drive -with no tuning required.

While standard FOC can see higher peak efficiencies in a perfectly tuned combination, this is rarely true in real-world missions. Diverse flight profiles, environmental conditions and production variations all reduce the practical efficiency of FOC.

FOCAL has been developed to bridge the gap, constantly adapting to provide industry-leading transient response and optimised efficiency and acoustic signature.

nanoDRIVE 4LPi CAD FILE

Designed and manufactured in Australia.

Stocked and supported in the US by Neumotors.