Hi, and thanks for the questions. The only information I have to hand is the Datasheet. This shows close-ups of the board and has details of its operation and design. I hope this helps; resources.kitronik.co.uk/pdf/2177-kitronik-movement-module-datsheet.pdf

Thank you sooo much bro, I didn't expect that u gonna reply me.

All valuable information if you are just taking you first steps with coding.

Hi, I'm not sure I completely understand what you are asking. The pump only works in one direction and uses a self-priming function to create a pressure differential in the diaphragm chamber. If you require the pump's output to go to different places, depending on criteria, then you would need control valves to facilitate this. I hope this helps, let us know if this doesn't fully answer your question.

Hi, The board features 2 x solder pads for attaching a remote push button in parallel with the PCB switch, allowing you to add you own button by soldering wires to the board. Or you could use the on-board button it it is convenient. I hope this helps.

Hi, thanks for the question, the link is in the description but you can get there by clicking here: kitronik.co.uk/products/32161-6mm-laser-compatible-black-mdf-600mm-x-400mm-sheet

Hi Lindsay, thanks for the question. Turning is done with code. Have one wheel spin faster than the other, and turning will happen. On a controller keypad, forward delivers the same instruction to the left and right motors; using the left and right controls will deliver the forward instruction to only one of the motors, respectively. The motor driver boards utilise H-bridges. When given the correct instructions via code, they reverse the polarity of the voltage to the motors, which results in reverse. I hope this helps.

Hi, and thanks for the question. We created some custom MakeCode blocks for the Kitronik :GAME Controller for micro:bit that can be added to the editor as an extension. Once added, this gives you access to blocks that are designed to help you use all of the onboard buttons and functions of the :GAME controller. The on button pressed :GAME controller block can be used in conjunction with radio send blocks to log controller events and send them out over radio. The micro:bit connected to the buggy can then perform actions based on the radio instructions it receives. Details about how to add the :GAME controller blocks to the editor can be found in the Datasheet PDF here: resources.kitronik.co.uk/pdf/5644-game-controller-microbit-datasheet.pdf I hope this helps.

@@kitronik Brilliant thank you, got it all working, granddaughter is so happy.

@@kitronik I also found the Move nini football coding helped as a great guide too, perhaps her next challenge, were trying a little Move robot comp at school soon, watch this space, thanks again, Tim

Post here, watch the video, or to use the micro:bit? All top activities, your teacher is expanding your horizons in the right ways!

I received my controllers today. It's a shame I can't order direct to France where I live, but I found a good european supplier in Poland called Botland. This little unit is excellent for my needs controlling G scale railway points/turnouts with a long heavy throw. I tried using 3.7 volts from a Lipo battery, and this works for me. The throw control is very accurate. I will need to source some real passing contact switches for remote operation. Simple push-on button switches are not ideal, nor standard reed switches that tend to cause a bounce effect.

Hi, what information are you looking for?

​@@kitronik I need your help to build this project - Development of small scale wind energy device using Raspberry Pi

@@klohithkumar2005 We believe there are people better placed to help you with this, such as the Pi Foundation, but we will assist if we can. Do you have anything specific we can answer about the process?

Hi, and thanks for the question. They are designed to handle continuous use.

@@kitronik thanks for replying, however based on what I've read its lifespan is only 2500hrs it means if I run it continuesly 24/7 it will only be up for 100+ days that's if it will not overheat, maybe I'll look for a brushless if there is. thanks alot.

Love this, let us know how it goes :)

Hi Stuart and thanks for the question. I've found the dxf that I think was used for the video examples and added it to the resources on the product page. Here is a direct link for convenience: resources.kitronik.co.uk/zip/5644-kitronik-game-controller-dxf-design.zip

For real- Yeah I had only one question and it wasn't answered.

If you mean the edge connector then there is an extension for it, yes you do this in makecode arcade directly and yes you can use blocks alongside python and javascript

Hi, and thanks for the question. The add-on kit ships with a booklet that contains projects designed to teach you how to build circuits and then how to control them with code. This kit does require that you also have the Kitronik Inventors Kit for the BBC microbit, as it is this kit that contains the prototyping platform. I hope this helps.

Hi Damian, the controller was designed to be used with standard 180 degree SG90 style servos. The board supplies power to the servo and a signal to control movement. If you have servos that function in the same way as a SG90 and has the same power requirements then you may have positive results. There is also a trim pot on the board to help you dial it in for each servo, which can further help. We would advise to stick with the SG90 type servos as they are the only servos we included in development and testing. I hope this helps.

Hi, here is the link: kitronik.co.uk/collections/materials/High-Impact-Polystyrene-Sheets-HIPS

Hi Steve, thanks for the question. These Bamboo side pressed sheets are largely used as a replacement for hardwoods, plywoods and MDF sheets. Although they can be safely cut on the laser, they are not classified as food safe. Because of the nature of side pressing, these sheets are best suited to uses such as wall/floor tiles and decking, attemting to form them into curved shapes would result in instability at best. Please see the product page for more information, there is also some useful documentation at the foot of the product page: kitronik.co.uk/products/3294-5mm-bamboo-side-pressed-natural-600-x-400mm-sheet

Thanks a lot for sharing your experience, we'll look into it.

:MOVE motor; robotics, RC car, line-following, and Rick rolling.

Hi, and thanks for the question. I'm not sure what you mean, but if you mean for inflating the tyres then we would say that they are not designed to meet much resistance. There are much better options for this application on Amazon. I hope this helps.

@@kitronik what im say is it strong enough to build a bike that uses it to propelled forward, talking about a water pump bike, it runs the dc motor to ride the bike! i down have the supplies to get it done, but one day i might try it . i may have to build a gear box to make it more powerful! like a hydraulic pump, just wanted to do some thing to decrease the electric use as of where i use a 36 volt i replace it with 12volts, just wondering!

@@Alfred-q8x They are only rated to move water over a combined distance of approx. 5m at a rate of about 1-3L per minute. I can't see that this would provide a suitable option. If you ever get around to trying, let us know how you got on.

Yes you are!

Hi, this information is not available from the manufacturers as they express speed for pumps in flow rate. These pumps have a flow rate of 1 - 3L/min, depending on the supply voltage. I hope this helps.

I think about 80 Celsius

Hi, and thanks for the question. If it's a standard LED then 47 ohms should be perfect for the job. We have a pretty cool calculator on our website that can be used for this. Select the LED you have from the dropdown list and then use the button to pull through the details. Add your supply voltage and then hit the calculate button. I hope this helps; kitronik.co.uk/blogs/resources/led-resistor-value-calculator

@@kitronik Thank you, Brother! By the way, your LED Resistor Value Calculator is fantastic. Nice work!!

Hi, and thanks for the question. We don't believe so, there is no indication from the manufacturer that it is. Although we haven't deconstructed one, it would be very unusual to find one at this price point that was. I hope this helps.

H and thanks for the question, it's been a while since this video was made but I think it was 0.5mm sheets that can be found here: kitronik.co.uk/products/43217-clear-petg-sheet-0-5mm-x-297mm-x-210mm-a4

Hi and thanks for the question, the micro:bit pins are broken out to pads on the rear of the board that can be used to connect to additional components and devices. These pads can be soldered to. I hope this helps.

@@kitronik absolutely! Thank you.

Hi and thanks for the question, unfortunately we don't stock any at the moment. Sorry that I couldn't not be more help with this.