Відео

Great model.

This is also a biohazard because they were in peoples mouths.

Are you allowed to take the fallen trees and use them as firewood? I mean that's primo firewood right there!

disable fwupd bro

Triumphant!

can you make one out of old vape batteries and show how to do it safe? lots of people have done it but no tutorials

Oh mate, when did you start this? I would've supported where I could!

The gee wiz is the most scary car, as your face formed part of the crumple zone in an accident 🚙

Amazing video, can see the dedication with the shots that you clearly had to set up and then go back for the cameras, in those mountains had to be quite a workout!

Great job standing up for your morals!

Adorable ❤❤❤

By far my favourite thing you have done

Pls don’t steal the moon

It's gonna explode soon

My credit card company will issue me a refund on any product that arrives broken if the manufacturer or seller will not replace it. Amazon prime will do the same in the USA. Not sure how this works in other countries.

Don't worry, no one fell for your sold out peddling of junk anyway.

I suggest you get a microphone to clip to your shirt.

Chineseium company not being up to snuff? Shocking.

Audio, man...

Stand by your morals mate.. broke is broke and if they warranty it but won't warranty it.. no more .. I won't work with them either

Make sure you get a charge back from your bank. You have the right to receive a refund on any defective or broken item within 14 days of purchase.

If you are using one or 2 cells and need 12V you are using a Boost converter (not a buck)! Also please do not wrap the BT receiver in Aluminum. For everybody else i would recommend something like a Qudelix 5K. I know it is a lot more expensive but it provides crystal clear sound and above all a really nice App with sooooo many features (and they improove the App constantly).

Youre a very good boy! 🤗

Ok so the solution to forgotten earbuds on a hike is ordering parts from china that will arrive sometime next month. Got it!

cool video man, i did a similar thing by adding Bluetooth to an old cassette Walkman. i added transmit (connect to BT speaker or headphones) and Bluetooth receive (to send BT music from my laptop or phone to the cassette Walkman to record my own mix tapes) i live adding Bluetooth to things that are too old to have had it.

Love the Faraday cage case!!! How did you use a 1s bms but have two 🔋🔋 ??? What kind of wire did you use that you can break by hand and strip by hand?

Buddy you can buy a Bluetooth adapter for that same price and it won’t look like an IED. We’ve solved this one already

Super cool, I wish i got a notification for it though

We own 3d printers

I know it may sound weird, but anyone who knows anything about computers are a fcuk geniuses.😊 do you remember when you got started?

British international crime No.5685676613158578.

What is going on who r u and what are you predicting on this video 😅

Did you predict it😂

Mna HE PRWDICT IT. i subbed.

you predicted everything

Good luck the man who predicts everything. Keep going lol🥰

6:43 so, a couple things: usually a MOSFET's gate threshold voltage is pretty low, it'll start turning on (just barely, meaning a high drain-source resistance) with just a couple volts, and then the drain-source resistance approaches its minimum at maybe 10 or 12 Vgs. You really need to read the datasheet of a MOSFET to have any idea what a given gate-source voltage will do. also: ideal MOSFETs don't automatically turn off when you disconnect the gate (see the end of the comment for why real MOSFETs sometimes do anyways, and why this shouldn't be relied on). the problem is, a MOSFET gate is basically a voltage sensor, it's a small capacitor that detects its level of charge and turns the switch on and off. When put your hand on a Van De Graaf generator and your hair stands up, it doesn't immediately flop down when you let go, because you are still charged; you have to touch something grounded, causing a spark of current equalizing your voltage with the voltage of ground. similarly, an ideal MOSFET gate doesn't consume the charge in any way, it just sits there, the mere presence of a charge difference between the gate and the source passively activates the switch. so when you disconnect the drain from the voltage supply, it'll keep chilling there. This is great for efficiency, it means that you don't need to consume any power to keep the MOSFET turned on, you put in a small amount of energy to *turn* it on and then it'll just stay on, modern computers would not extremely inefficient without this advantage. in your application, where you just want a simple circuit to make a switch turn on and off, this doesn't matter and is just an annoying problem you have to solve. The solution is to connect a resistor between the gate and the source, something in the 1k-10k range probably. That way the gate-source capacitance is constantly being discharged, and requires a constant stream of current to keep it topped up, so if you cut off the power it'll discharge at a predictable rate and quickly drop below the threshold voltage, turning it off. You can check the datasheet for the gate capacitance and gate threshold you can calculate how long it'll take to turn off for a given voltage and resistance, but practically for your use case 10k should turn it off plenty fast enough while only wasting a negligible amount of power (as per ohm's law, at 12V a 10k resistor draw 1.2mA of current, 1.2mA * 12V = 14.4mW). This is often called a pull-down resistor, because it's "pulling" the gate-source voltage towards zero. when you connect the gate to a voltage supply, it's a much stronger connection so it "wins", "pulling" the voltage up to 12. when you disconnect it, the pull-down resistor "wins" by default. In practice, nothing is a perfect insulator, so the imperfect insulation between the gate and source of a MOSFET can be thought of as a "built-in resistor" between the gate and the source. However, this is an undesirable property, and manufacturers are always trying to maximize this resistance. the only spec for gate-source resistance you'll find in a datasheet, if any, is a *minimum* value, so if you make something that relies on it being at most a particular value, it's either not gonna work, or be up to the silicon lottery, random environmental factors, the electricity gods, etc. essentially, a real-life MOSFET will turn itself off when the gate is disconnected, but you can only calculate the *minimum* amount of time it'll take, in practice you never know if it'll take 100us, or 3 seconds, or 3 hours. and if it does take 3 seconds, it's gonna spend a lot of time in the in-between ("linear") region, where it's switched on but its drain-source resistance is pretty high, causing a large share of the power of the circuit to dissipate in the MOSFET, and it'll blow up. if you don't like this weirdness about charge and voltage, you can use bipolar transistors, their "gate" (they use different terms, the "base", "emitter", and "collector" of a BJT roughly map to the "gate", "drain", and "source" of a MOSFET) is a *current* sensor rather than a voltage sensor. they're very different devices and not as well suited to this application, but for a simple device like this with relatively low performance needs, you can basically pick whichever type of transistor you find the math easier for.

Look up those MAX745 lithium charge modules! You can connect one directly to 20V and it steps the voltage down to 1-4S for your battery, has an adjustable charge current. Much easier and efficient that way. Also, with the heatsink inside and without fan it will definitely overheat the leds very quickly.

From tik tok

lol you should get a aliexpress sponsership

The predictions are unreal 🙌🙌🙌🙌🙌🙌🙌🙌

What did u actually predict

Bro predicted everything🙏🙏🙏🙏🙏🙏

I hope you have a great time 😂

Wishing you all the best with your health and funding.

No, you said Luxembourg. It's locked in. No takesies backsies. Enjoy the extra 100km in French!

Love that you're getting to do what you love and that's travelling, making videos, and building things! Keep up the awesome work!

How beautiful and brave. Wonderful!. What an amazing experience on your homemade vehicle.

Absolutely killer video. Thanks, I’ve been wanting to try my hand at this and you’ve helped me a ton.

Great video, thanks. Inverter and charger ordered! Can you recommend a BMS product for this project please?