It’s tiny. I have it mounted on a micro indoor model airplane controlling the motor and one servo. Works fine. However, if more channels are required, then some sort of power bus will be required as there are only two tiny pads on the board for power. There are no pads for powering the servos, only the pwm outputs. Also, be careful of the board diagram. It is drawn such that you could presume that the reference was the pair of chips toward the bottom of the board. This is in fact backward. Take the antenna as reference and look for silkscreened labels (+ and -) beside the smt resistor that is positioned between the power pads and the +/- labelling.

It’s tiny. I have it mounted on a micro indoor model airplane controlling the motor and one servo. Works fine. However, if more channels are required, then some sort of power bus will be required as there are only two tiny pads on the board for power. There are no pads for powering the servos, only the pwm outputs. Also, be careful of the board diagram. It is drawn such that you could presume that the reference was the pair of chips toward the bottom of the board. This is in fact backward. Take the antenna as reference and look for silkscreened labels (+ and -) beside the smt resistor that is positioned between the power pads and the +/- labelling.

It’s tiny. I have it mounted on a micro indoor model airplane controlling the motor and one servo. Works fine. However, if more channels are required, then some sort of power bus will be required as there are only two tiny pads on the board for power. There are no pads for powering the servos, only the pwm outputs. Also, be careful of the board diagram. It is drawn such that you could presume that the reference was the pair of chips toward the bottom of the board. This is in fact backward. Take the antenna as reference and look for silkscreened labels (+ and -) beside the smt resistor that is positioned between the power pads and the +/- labelling.

I Just installed shortly one of these in a small scratchbuild Motorglider with 7mm brushed Motor. Binding to a IRANGE IRX$ Lite Multimodule used with my FRSKY Taranis XLITE Pro worked quick and easy in FRSKY D16 (or D8, do nor really remember) Mode. Even telemtry works well providing RSSI, Connection quality in % (successful frame rate?), RX-Voltage. Temperatur does not work reliably. Sometimes Telemetry values freeze after certain time regardless RX-TX distance. Can be solved only by restarting the RX. in my view a software bug. Really good in my opinion ist the integrated ESC, and the 2 integrated magnet-Actuator outputs. Both with very high pwm frequency, i guess 9 to kHz from the sound, did not measure. But much higher as Deltang RX, resulting in a smooth motor and actuator operation. If you or your younger wife, kids or pets are sensible to higher frequencies, this might be a disadvantage. I did not test the servo outputs yet. Range in the above mentioned setup is by far higher than Deltang, lets say about a few hundret meters in free line of sight. Telemetry range is shorter. Weight is ca. 0,7g. Good product for the price in my opinion. Especially because no alternatives to Deltang for micro actuator receivers were available until now. 4 Stars for small bugs. PS: RX is much smaller than appears on images, soldering the cables need good eyes or magnifying glasses an some soldering skills.

I Just installed shortly one of these in a small scratchbuild Motorglider with 7mm brushed Motor. Binding to a IRANGE IRX$ Lite Multimodule used with my FRSKY Taranis XLITE Pro worked quick and easy in FRSKY D16 (or D8, do nor really remember) Mode. Even telemtry works well providing RSSI, Connection quality in % (successful frame rate?), RX-Voltage. Temperatur does not work reliably. Sometimes Telemetry values freeze after certain time regardless RX-TX distance. Can be solved only by restarting the RX. in my view a software bug. Really good in my opinion ist the integrated ESC, and the 2 integrated magnet-Actuator outputs. Both with very high pwm frequency, i guess 9 to kHz from the sound, did not measure. But much higher as Deltang RX, resulting in a smooth motor and actuator operation. If you or your younger wife, kids or pets are sensible to higher frequencies, this might be a disadvantage. I did not test the servo outputs yet. Range in the above mentioned setup is by far higher than Deltang, lets say about a few hundret meters in free line of sight. Telemetry range is shorter. Weight is ca. 0,7g. Good product for the price in my opinion. Especially because no alternatives to Deltang for micro actuator receivers were available until now. 4 Stars for small bugs. PS: RX is much smaller than appears on images, soldering the cables need good eyes or magnifying glasses an some soldering skills.

I Just installed shortly one of these in a small scratchbuild Motorglider with 7mm brushed Motor. Binding to a IRANGE IRX$ Lite Multimodule used with my FRSKY Taranis XLITE Pro worked quick and easy in FRSKY D16 (or D8, do nor really remember) Mode. Even telemtry works well providing RSSI, Connection quality in % (successful frame rate?), RX-Voltage. Temperatur does not work reliably. Sometimes Telemetry values freeze after certain time regardless RX-TX distance. Can be solved only by restarting the RX. in my view a software bug. Really good in my opinion ist the integrated ESC, and the 2 integrated magnet-Actuator outputs. Both with very high pwm frequency, i guess 9 to kHz from the sound, did not measure. But much higher as Deltang RX, resulting in a smooth motor and actuator operation. If you or your younger wife, kids or pets are sensible to higher frequencies, this might be a disadvantage. I did not test the servo outputs yet. Range in the above mentioned setup is by far higher than Deltang, lets say about a few hundret meters in free line of sight. Telemetry range is shorter. Weight is ca. 0,7g. Good product for the price in my opinion. Especially because no alternatives to Deltang for micro actuator receivers were available until now. 4 Stars for small bugs. PS: RX is much smaller than appears on images, soldering the cables need good eyes or magnifying glasses an some soldering skills.