Use Mosfet : Alpha & Omega Semiconductor AON7702A 30V 36A Nch Power MOSFET. I used the F3 EVO FC (ID:1064058). Connect the 1s 3.7V battery to PWM8 + - Port, supplying power to the Micro motor driver from PWM7 + - Port. PWM1 ~ 4 signal line connected to each other. In Cleanflight Configurator CLI, and is set to motor_pwm_rate = 16000 (2000 or more at a minimum), No problem at all, quad Copter fuselage of the brush motor (gear drive) was flying. I think this is a very interesting item. Thanx Banggood!

Use Mosfet : Alpha & Omega Semiconductor AON7702A 30V 36A Nch Power MOSFET. I used the F3 EVO FC (ID:1064058). Connect the 1s 3.7V battery to PWM8 + - Port, supplying power to the Micro motor driver from PWM7 + - Port. PWM1 ~ 4 signal line connected to each other. In Cleanflight Configurator CLI, and is set to motor_pwm_rate = 16000 (2000 or more at a minimum), No problem at all, quad Copter fuselage of the brush motor (gear drive) was flying. I think this is a very interesting item. Thanx Banggood!

Use Mosfet : Alpha & Omega Semiconductor AON7702A 30V 36A Nch Power MOSFET. I used the F3 EVO FC (ID:1064058). Connect the 1s 3.7V battery to PWM8 + - Port, supplying power to the Micro motor driver from PWM7 + - Port. PWM1 ~ 4 signal line connected to each other. In Cleanflight Configurator CLI, and is set to motor_pwm_rate = 16000 (2000 or more at a minimum), No problem at all, quad Copter fuselage of the brush motor (gear drive) was flying. I think this is a very interesting item. Thanx Banggood!

отличная маленькая платка для коллекторных моторчиков поставил в связке с emax femto на tiny whoop все замечательно работает

отличная маленькая платка для коллекторных моторчиков поставил в связке с emax femto на tiny whoop все замечательно работает

отличная маленькая платка для коллекторных моторчиков поставил в связке с emax femto на tiny whoop все замечательно работает

I'm using this card for DIY projects not at all for quads but to control motors, lights, pumps... in my RC models.

I'm using this card for DIY projects not at all for quads but to control motors, lights, pumps... in my RC models.

I'm using this card for DIY projects not at all for quads but to control motors, lights, pumps... in my RC models.

thank you

thank you

thank you

I'm using this board for the FETs in my RC models. It's small, light weight and the PCB is already made. You can control motors, relays, LEDs... at any voltage since the ground is commuted.

I'm using this board for the FETs in my RC models. It's small, light weight and the PCB is already made. You can control motors, relays, LEDs... at any voltage since the ground is commuted.

I'm using this board for the FETs in my RC models. It's small, light weight and the PCB is already made. You can control motors, relays, LEDs... at any voltage since the ground is commuted.

I intend to use this with naze32fc, then to connect some coreless motors, Just for fun to try if it will work. Its a really small board, just as described. Thanks Banggood,

I intend to use this with naze32fc, then to connect some coreless motors, Just for fun to try if it will work. Its a really small board, just as described. Thanks Banggood,

I intend to use this with naze32fc, then to connect some coreless motors, Just for fun to try if it will work. Its a really small board, just as described. Thanks Banggood,

I've bought this sweet little board to use it as a small and lightweight 6 channel power switch for my RC and maybe a some experiments with the pwm output from my Arduinos or X5C-1 with CC3D Atom. However, it would be nice to know the max working voltage espacially for switch using.

I've bought this sweet little board to use it as a small and lightweight 6 channel power switch for my RC and maybe a some experiments with the pwm output from my Arduinos or X5C-1 with CC3D Atom. However, it would be nice to know the max working voltage espacially for switch using.

I've bought this sweet little board to use it as a small and lightweight 6 channel power switch for my RC and maybe a some experiments with the pwm output from my Arduinos or X5C-1 with CC3D Atom. However, it would be nice to know the max working voltage espacially for switch using.

I'm using it in my models to drive motors, LEDs, relays: https://www.youtube.com/watch?v=6XvVSZfSMNQ&list=PLqb9x7UiIO9SHp1dG2-tX6dv9Ku4KeowZ&index=10&t=2s

I'm using it in my models to drive motors, LEDs, relays: https://www.youtube.com/watch?v=6XvVSZfSMNQ&list=PLqb9x7UiIO9SHp1dG2-tX6dv9Ku4KeowZ&index=10&t=2s

I'm using it in my models to drive motors, LEDs, relays: https://www.youtube.com/watch?v=6XvVSZfSMNQ&list=PLqb9x7UiIO9SHp1dG2-tX6dv9Ku4KeowZ&index=10&t=2s

I was not sure if this had speed controller features or was just FET based. It is a relatively simple FET based board that does not take a servo style input. It requires a full PWM form 0 to 100%, (servos signals are something like 3-6%). The flight controller will need to be in brushed motor mode to work with this board. (I have used it with an ATTiny85) It is rated at 10A. I've not run it at that but I did accidently short the output and it seams to survive that. (350mAh 1s). Has diodes and I think a cap across motors so seams a good design. Should be good for Arduino projects too where you want up to six single direction DC motors. Great value. Should be 6*s.

I was not sure if this had speed controller features or was just FET based. It is a relatively simple FET based board that does not take a servo style input. It requires a full PWM form 0 to 100%, (servos signals are something like 3-6%). The flight controller will need to be in brushed motor mode to work with this board. (I have used it with an ATTiny85) It is rated at 10A. I've not run it at that but I did accidently short the output and it seams to survive that. (350mAh 1s). Has diodes and I think a cap across motors so seams a good design. Should be good for Arduino projects too where you want up to six single direction DC motors. Great value. Should be 6*s.

I was not sure if this had speed controller features or was just FET based. It is a relatively simple FET based board that does not take a servo style input. It requires a full PWM form 0 to 100%, (servos signals are something like 3-6%). The flight controller will need to be in brushed motor mode to work with this board. (I have used it with an ATTiny85) It is rated at 10A. I've not run it at that but I did accidently short the output and it seams to survive that. (350mAh 1s). Has diodes and I think a cap across motors so seams a good design. Should be good for Arduino projects too where you want up to six single direction DC motors. Great value. Should be 6*s.

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Works as expected

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