Electric powered ducted fan models are becoming very common now, and for many years, the Dynamax Fan has been a very popular model for powering a variety of jet kits. Due to the fact that there are many models already built that contain Dynamax fans, as well as many other models that can use this power system, Scorpion has developed an Electric Conversion Kit for this fan unit. The new Dynamax Electric Conversion Kit consists of a custom version of the Scorpion HK-5035-700KV motor, connected to a CNC machined aluminum Motor Mount. This assembly is designed to be a direct bolt in replacement for the stock glow engine motor mount, and allows for easy conversion of either new or existing power systems from Glow to Electric power.
The special version of the HK-5035-700 motor includes an extended 8mm motor shaft, to mate up with the stock Dynamax Fan Impeller.
With the Dynamax ducted fan, the Scorpion Electric Conversion Kit is designed to be run on 12 Li-Po cells. Running on 12 Li-Po cells, 42 volts under load, the motor will pull 110 amps for 4800 watts of power, and will produce 5500 grams of thrust at approximately 30,000 RPM.
If you have a

model that you want to try an electric ducted fan power system in, or if you have an older model with a Dynamax glow powered fan in it that you would like to convert to electric power, this new Scorpion conversion kit is exactly what you need!

Specifications
Stator Diameter 50 mm \(1.56 in\)
Stator Thickness: 35 mm \(1.37 in\)
No. of Stator Arms: 12
Magnet Poles: 10
Motor Wind: 5 Turn Delta
Motor Wire: 35 - Strand 0.33mm
Motor Kv: 700KV RPM / Volt
No-Load Current \(IO\): 3.5 Amps @ 10v
Motor Resistance \(RM\) 0.006 Ohms
Max Continuous Current: 110 Amps
Max Continuous Power: 4880 Watts
Weight 697 Grams \(24.40 oz\)
Outside Diameter: 61 mm \(2.4 in\)
Shaft Diameter: 7.98 mm \(0.3 in\)
Body Length: 66 mm \(2.59 in\)
Overall Shaft Length: 131.6 mm \(5.18 in\)
Max Lipo Cell: 12s
Peak Current: 150A \(5 seconds\)
Peal Power: 6600 Watts \(5 seconds\)
Motor Timing: 5deg
Drive Frequency: 8kHz