M-Compact (high current edition)

CHF 383.00

M-Compact (high current edition)

Name: M-Compact (high current edition)
Brand: DQ Drives
Price: 383.00 CHF
Availability: InStock

CHF 383.00

Taxes included.

About as large as a matchbox car while delivering 14kW peak and 8.5kW continuous power.

Just like it's larger brother (the L-Compact), the M-Compact is well suited for airborne applications that need lots of power in a package that is light and easy to cool.

The high current edition features the same design as the normal M-Compact, but is using lower voltage, higher current MOSFETs. This means it can push even higher currents, which is beneficial for projects with lower battery voltages.

It features the same JST-GH and JST-SH connectors for communication and M4 screw terminals for power.

Please Note:
Our "Compact" series ESCs require a USB dongle and corresponding 4-Pin JST-SR cable to program the controller via USB. If it's your first time buying one of these controllers, definetely get one.

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Volume Pricing

For higher quantities, we grant volume discounts:

Quantity	Price each
1+	CHF 383.00
10+	CHF 389.00
100+	CHF 359.00

Add-Ons

These products complement the M-Compact (high current edition) perfectly.

Nano Express

CHF 46.00

Nano USB-C Breakout

CHF 10.00

Technical Information

What do these numbers mean?

Specification	Value
General Information
Dimensions [mm] Note: These are reference values. For systems integration, please download the 3D model	37,6 x 73 x 19,4
Weight [g]	50.0
Mounting Holes	4 x 3.2mm
Firmware	VESC®
Connectivity & Interfaces
Connectors	JST-SH, Castellated Holes
Supported Sensors	Hall, ABI, SinCos, SPI
Logic & Control
Logic output voltage [V]	5.2
Logic supply current [A]	5.0
Electrical Parameters
Minimum input voltage [V]	14.0
Maximum input voltage [V]	50.0
Maximum battery current [A]	350.0
Maximum motor current [A]	250.0
Maximum motor peak current [A]	500.0
Maximum duty cycle [%]	97.0
Current sensor type	Phase Shunts

Note: Due to the design of this motor controller, even with optimal cooling, the maximum peak motor current cannot be sustained indefinitely. The “Maximum motor current (continuous)” specification indicates the level of current the controller can handle under very effective cooling conditions.