Apparently these were sold as shown in the pictures, before, but now have a small switch soldered to the three pads you can see in the picture of the side of the PCB with the four large FETs on it (and not much else). The switch lets you choose whether or not it has a brake function, which stops the motor quickly if you move the stick from forwards to reverse. To go into reverse, you need to put it into the neutral position first. It only works that way around - moving from reverse to forwards happens instantly, with no brake effect. The switch is only read when you turn it on - it doesn't change anything until you turn it off and back on again. The centre position for the throttle stick is automatically set when you turn it on, to wherever you have the stick, provided it's in a range of roughly 1/4 to 1/2. That's useful for transmitters that have the small switch to move the sprung centre position back, giving you more forwards travel on the stick than reverse. If you try to start it up with the stick outside that range, it just beeps at you. My preference is normally to not have a brake, and to have instant change over from forwards to reverse, and back again. These ESCs can do that, with the switch turned off. I often want an ESC with reverse but no brake, so the model can switch quickly from forwards to reverse. In a boat, there is no point having a brake - stopping the prop won't normally stop the boat any quicker. If you find yourself heading for a collision, you want to be able to reverse immediately. Also, if you want to practise manouvering a model car in a small space, or parallel parking with one, it feels a lot more natural if it changes from forwards to reverse and back again, immediately. I haven't tested the current capability, and personally, I'd probably only use these in small models, or converted toys, but they should be fine for that sort of use. If they really are capable of 20A, I think you'd need to cut the shrink wrap off and fit a heat sink to the four FETs, to make them survive it. The price is very good. I have some toys with more than one motor, that I want to convert to radio control, so it's good to have a source of small, cheap, ESCs like these.

Apparently these were sold as shown in the pictures, before, but now have a small switch soldered to the three pads you can see in the picture of the side of the PCB with the four large FETs on it (and not much else). The switch lets you choose whether or not it has a brake function, which stops the motor quickly if you move the stick from forwards to reverse. To go into reverse, you need to put it into the neutral position first. It only works that way around - moving from reverse to forwards happens instantly, with no brake effect. The switch is only read when you turn it on - it doesn't change anything until you turn it off and back on again. The centre position for the throttle stick is automatically set when you turn it on, to wherever you have the stick, provided it's in a range of roughly 1/4 to 1/2. That's useful for transmitters that have the small switch to move the sprung centre position back, giving you more forwards travel on the stick than reverse. If you try to start it up with the stick outside that range, it just beeps at you. My preference is normally to not have a brake, and to have instant change over from forwards to reverse, and back again. These ESCs can do that, with the switch turned off. I often want an ESC with reverse but no brake, so the model can switch quickly from forwards to reverse. In a boat, there is no point having a brake - stopping the prop won't normally stop the boat any quicker. If you find yourself heading for a collision, you want to be able to reverse immediately. Also, if you want to practise manouvering a model car in a small space, or parallel parking with one, it feels a lot more natural if it changes from forwards to reverse and back again, immediately. I haven't tested the current capability, and personally, I'd probably only use these in small models, or converted toys, but they should be fine for that sort of use. If they really are capable of 20A, I think you'd need to cut the shrink wrap off and fit a heat sink to the four FETs, to make them survive it. The price is very good. I have some toys with more than one motor, that I want to convert to radio control, so it's good to have a source of small, cheap, ESCs like these.

Apparently these were sold as shown in the pictures, before, but now have a small switch soldered to the three pads you can see in the picture of the side of the PCB with the four large FETs on it (and not much else). The switch lets you choose whether or not it has a brake function, which stops the motor quickly if you move the stick from forwards to reverse. To go into reverse, you need to put it into the neutral position first. It only works that way around - moving from reverse to forwards happens instantly, with no brake effect. The switch is only read when you turn it on - it doesn't change anything until you turn it off and back on again. The centre position for the throttle stick is automatically set when you turn it on, to wherever you have the stick, provided it's in a range of roughly 1/4 to 1/2. That's useful for transmitters that have the small switch to move the sprung centre position back, giving you more forwards travel on the stick than reverse. If you try to start it up with the stick outside that range, it just beeps at you. My preference is normally to not have a brake, and to have instant change over from forwards to reverse, and back again. These ESCs can do that, with the switch turned off. I often want an ESC with reverse but no brake, so the model can switch quickly from forwards to reverse. In a boat, there is no point having a brake - stopping the prop won't normally stop the boat any quicker. If you find yourself heading for a collision, you want to be able to reverse immediately. Also, if you want to practise manouvering a model car in a small space, or parallel parking with one, it feels a lot more natural if it changes from forwards to reverse and back again, immediately. I haven't tested the current capability, and personally, I'd probably only use these in small models, or converted toys, but they should be fine for that sort of use. If they really are capable of 20A, I think you'd need to cut the shrink wrap off and fit a heat sink to the four FETs, to make them survive it. The price is very good. I have some toys with more than one motor, that I want to convert to radio control, so it's good to have a source of small, cheap, ESCs like these.

Dies ist meine zweite 20A Double Sides Brushed ESC, die ich von banggood. com gekauft habe. Ich bin sehr glücklich mit seiner Leistung bisher. Wie Sie sehen können, habe ich diese in meinem Sechsradantrieb Eachines EAT-01 installiert. Ich habe auch eine für meine c24 gekauft. läuft von einem 2-Zellen-Lipo ohne Probleme überhaupt. Glatte Stromversorgung für die Größe und Sie erhalten, um es an einen normal großen Empfänger anschließen. Auf dem Sechsradantrieb werde ich zwei Ein-Aus-Schalter für vier Sätze von unabhängig gelaufenen Leuchten installieren.

this is my second 20A Double Sides Brushed ESC that I have purchased from banggood.com. I am extremely happy with its performance so far. As you can see I have this one installed in my six wheel drive Eachines EAT-01. I have also one purchased for my c24. runs off a 2-cell lipo with no problems at all. Smooth power delivery for the size and you get to hook it up to a normal sized receiver. On the six wheel drive I will be installing two on-off switches for four sets of independently ran lights.

Dies ist meine zweite 20A Double Sides Brushed ESC, die ich von banggood. com gekauft habe. Ich bin sehr glücklich mit seiner Leistung bisher. Wie Sie sehen können, habe ich diese in meinem Sechsradantrieb Eachines EAT-01 installiert. Ich habe auch eine für meine c24 gekauft. läuft von einem 2-Zellen-Lipo ohne Probleme überhaupt. Glatte Stromversorgung für die Größe und Sie erhalten, um es an einen normal großen Empfänger anschließen. Auf dem Sechsradantrieb werde ich zwei Ein-Aus-Schalter für vier Sätze von unabhängig gelaufenen Leuchten installieren.