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Drone How
Приєднався 30 лис 2014
This is a channel dedicated to reviews and how-to videos of drone and RC-related products.
MakeBlock Starter Robot Kit Review - without Electronics
MakeBlock Robot Starter Kit Review
Makeblock Starter Robot kit- IR version: amzn.to/2rvfYYD
MakeBlock Starter Robot Kit- Bluetooth: amzn.to/2qOPwbO
MakeBlock Starter Robot Kit- no electronics: amzn.to/2rv8wNm
Motor Driver for Starter Robot Kit: amzn.to/2qJ5B2b
Arduino Mega for Starter Robot Kit: amzn.to/2qOU7uD
Makeblock Starter Robot kit- IR version: amzn.to/2rvfYYD
MakeBlock Starter Robot Kit- Bluetooth: amzn.to/2qOPwbO
MakeBlock Starter Robot Kit- no electronics: amzn.to/2rv8wNm
Motor Driver for Starter Robot Kit: amzn.to/2qJ5B2b
Arduino Mega for Starter Robot Kit: amzn.to/2qOU7uD
Переглядів: 2 194
Відео
Elegoo UNO R3 Project Super Starter Kit Review for Arduino
Переглядів 25 тис.7 років тому
Link to the Elegoo UNO Project Super Starter Kit: amzn.to/2nM4nC7 A more sophisticated kit, Elegoo UNO R3 Project Complete Starter Kit: amzn.to/2nMmMhT Elegoo UNO R3 Project Super Starter Kit Review for Arduino
Etekcity Lasergrip 1080 Digital Infrared Thermometer Review
Переглядів 26 тис.8 років тому
Etekcity Lasergrip 1080 Non-contact Digital Laser IR Thermometer: Link to the EtekCity Lasergrip 1080: amzn.to/24z3dqF For better accuracy, Fluke 62 MAX Infrared Thermometer: amzn.to/21yIGka Today I am reviewing the Etekcity Lasergrip 1080 Infrared Thermometer. The 1080 is a very simple general purpose non-contact thermometer. I plan to use it to measure the temperature of electronics or the te...
ECG HG-300D Mini Heat Gun Review
Переглядів 12 тис.8 років тому
NTE ECG HG-300D Mini Heat Gun Review NTE ECG HG-300D Mini Heat Gun: amzn.to/1XyFEKq Wagner 0503008 HT1000 Heat Gun: amzn.to/23zZZ9f Today we’re looking at the ECG HG-300D Mini Heat Gun by NTE. Now this a very popular tool with folks who do a lot of electronics work, soldering and heat shrink work. As its name suggests, this is a mini heat gun that’s designed for precise, smaller jobs. Its very ...
DFRobot Devastator Tank Mobile Platform Review
Переглядів 50 тис.8 років тому
This Video: DFRobot Devastator Tank Mobile Platform Review DFRobot Devastator Tank Mobile Platform amzn.to/1SBADfD Arduino Mega for DFRobot Devastator: amzn.to/1MvoBIJ Motor Driver for DFRobot Devastator : amzn.to/23wCkGK Battery for DFRobot Devastator : amzn.to/23wCttJ Today we’re going to take a quick look at the DFRobot Devastator Tank Platform. This is small tank robot chassis that measures...
Arduino Tutorial: Servo Potentiometer Control - Beginner Project
Переглядів 196 тис.8 років тому
Arduino Tutorial: Servo Potentiometer Control - Beginner Project Arduino Starter Kit with Potentiometer: amzn.to/22kKvjw Code for Servo Potentiometer Control: www.dropbox.com/s/6zeu6nfbtxt9s1t/Servo_Pot_Control.ino?dl=0 Hitec HS311 Servo: amzn.to/1S9zXnZ
E Flite Apprentice S15e Unboxing Part 2: Assembly, Setup, Binding and Mod
Переглядів 104 тис.8 років тому
E Flite Apprentice S15e Assembly, Setup, Binding and Mod Apprentice S15e RTF: amzn.to/24FZeto Apprentice S15e BNF: amzn.to/1L7j1M1 Low Profile Velcro: amzn.to/1OVbYRd E Flite Apprentice S15e Unboxing: ua-cam.com/video/muB8zo3KsQM/v-deo.html
E-Flite Apprentice S15e Unboxing - Part 1
Переглядів 10 тис.8 років тому
E Flite Apprentice S15e Unboxing - BNF version Apprentice S15e BNF: amzn.to/1VUFRH0 Apprentice S15e RTF: amzn.to/1Tufkmw Apprentice S15e Parts: amzn.to/1TufoTg
Hobbyzone Sport Cub S Unboxing and Pre-Flight Review
Переглядів 13 тис.8 років тому
Hobbyzone Sport Cub S Pre-Flight Review. Sport Cub S (RTF) Ready to Fly: amzn.to/1Y1b64U Sport Cub S (BNF) Bind-n-Fly: amzn.to/1Y1baBw Hobbyzone Sport Cub S FPV Camera: amzn.to/1RK5DeV Hobbyzone Sport Cub S Parts: HobbyZone Sport Cub S Battery: amzn.to/1RK5KXU HobbyZone Sport Cub S Motor: amzn.to/1RK5Kr3 HobbyZone Sport Cub S Gear Box: amzn.to/1RK5S9T HobbyZone Sport Cub S Fuselage: amzn.to/1kI...
Lumenier TX5G25 Mini 25mW FPV Transmitter Review | 5.8GHZ with Raceband
Переглядів 3,3 тис.8 років тому
Lumenier TX5G25 Mini 25mW 5.8GHz FPV Transmitter with Raceband Link to the TX5G25: amzn.to/1NjWSca A 250mW Transmitter (more power): amzn.to/1LLbQWf
Orange Rx Binding Process Tutorial - Binding a R920x to a Spektrum DX6i
Переглядів 65 тис.8 років тому
How to Bind an OrangeRx Receiver- Binding a R920x to a Spektrum DX6i. We explain the binding process for binding OrangeRX DSM2/ DSMX Receivers. Link to the OrangeRx R920X: amzn.to/1LpTawf Link to other OrangeRx Receivers: OrangeRx R615X: amzn.to/1VMVJtQ OrangeRX R410: amzn.to/1LIzRAk OrangeRX R616XN: amzn.to/1LIzXIj
Hobbyzone Delta Ray RTF Unboxing and Initial Setup
Переглядів 13 тис.8 років тому
This video: Hobbyzone Delta Ray RTF with SAFE technology, unboxing and setup. Link to the Delta Ray RTF: amzn.to/1R9Y5Cq Link to the Delta Ray BNF: amzn.to/1KNGcF0 Links to Delta Ray Spare Parts: Delta Ray Spare Batteries: amzn.to/1R9YSTH AC Charger for Delta Ray: amzn.to/1WrFVPk Delta Ray Fuselage: amzn.to/1R9YIMa Delta Ray Motor Fairing Set: amzn.to/1KNGITq Delta Ray Wing Tip Set: amzn.to/1KN...
Arduino Tutorial: LED Sequential Control- Beginner Project
Переглядів 1,4 млн9 років тому
Arduino Tutorial: LED Sequential Control- Beginner Project Inexpensive Arduino Starter Kit: amzn.to/1CqGEuB Link to Arduino IDE: www.arduino.cc/en/Main/Software Link to Sketch for this project: www.dropbox.com/s/bivwdnehp7ln1iq/Sequential_blinking.ino?dl=0 Today I am going to show you guys a very simple arduino project for beginners. We’re going to get three different LEDs to turn on and turn o...
Neewer MWC X-Mode Alien Multicopter Quadcopter Frame Review
Переглядів 3,7 тис.9 років тому
Neewer Useful MWC X-Mode Alien Multicopter Quadcopter Frame Review Link to the Neewer Alien X Quadcopter Frame : amzn.to/1NvOYdN
From where can I get the code?
tried adding include servo.h and it still said its not in my directory
Way too hard t understand. He doesnt even say wich pins to connect on ur arduino
Super helpful, Thanks!
works nicely
// Definisi pin untuk LED dan buzzer const int ledRed = 9; const int ledYellow = 10; const int ledGreen = 11; const int buzzer = 8; void setup() { // Set pin-mode untuk LED dan buzzer sebagai output pinMode(ledRed, OUTPUT); pinMode(ledYellow, OUTPUT); pinMode(ledGreen, OUTPUT); pinMode(buzzer, OUTPUT); } void loop() { // Mengatur LED merah untuk berkedip 3x for (int i = 0; i < 3; i++) { digitalWrite(ledRed, HIGH); tone(buzzer, 1000); // Bunyikan buzzer delay(500); // Tahan LED dan buzzer menyala selama 500ms digitalWrite(ledRed, LOW); noTone(buzzer); // Matikan buzzer delay(500); // Tahan LED mati selama 500ms } // Mengatur LED kuning untuk berkedip 3x for (int i = 0; i < 3; i++) { digitalWrite(ledYellow, HIGH); tone(buzzer, 1500); // Bunyikan buzzer delay(500); // Tahan LED dan buzzer menyala selama 500ms digitalWrite(ledYellow, LOW); noTone(buzzer); // Matikan buzzer delay(500); // Tahan LED mati selama 500ms } // Mengatur LED hijau untuk berkedip 3x for (int i = 0; i < 3; i++) { digitalWrite(ledGreen, HIGH); tone(buzzer, 2000); // Bunyikan buzzer delay(500); // Tahan LED dan buzzer menyala selama 500ms digitalWrite(ledGreen, LOW); noTone(buzzer); // Matikan buzzer delay(500); // Tahan LED mati selama 500ms } delay(1000); // Tahan 1 detik sebelum mengulang }
// Definisi pin untuk LED dan buzzer const int ledRed = 9; const int ledYellow = 10; const int ledGreen = 11; const int buzzer = 8; // Definisi pin untuk seven segment display (contoh menggunakan common anode) const int segmentA = 2; const int segmentB = 3; const int segmentC = 4; const int segmentD = 5; const int segmentE = 6; const int segmentF = 7; const int segmentG = 12; const int digit1 = A0; // Terserah pin analog mana yang digunakan const int digit2 = A1; // Terserah pin analog mana yang digunakan void setup() { // Set pin-mode untuk LED, buzzer, dan seven segment display sebagai output pinMode(ledRed, OUTPUT); pinMode(ledYellow, OUTPUT); pinMode(ledGreen, OUTPUT); pinMode(buzzer, OUTPUT); pinMode(segmentA, OUTPUT); pinMode(segmentB, OUTPUT); pinMode(segmentC, OUTPUT); pinMode(segmentD, OUTPUT); pinMode(segmentE, OUTPUT); pinMode(segmentF, OUTPUT); pinMode(segmentG, OUTPUT); pinMode(digit1, OUTPUT); pinMode(digit2, OUTPUT); } void displayDigit(int digit) { // Kode untuk menampilkan angka di seven segment display switch (digit) { case 0: digitalWrite(segmentA, HIGH); digitalWrite(segmentB, HIGH); digitalWrite(segmentC, HIGH); digitalWrite(segmentD, HIGH); digitalWrite(segmentE, HIGH); digitalWrite(segmentF, HIGH); digitalWrite(segmentG, LOW); break; case 1: digitalWrite(segmentA, LOW); digitalWrite(segmentB, HIGH); digitalWrite(segmentC, HIGH); digitalWrite(segmentD, LOW); digitalWrite(segmentE, LOW); digitalWrite(segmentF, LOW); digitalWrite(segmentG, LOW); break; case 2: // Implementasikan untuk angka 2 break; // Implementasikan untuk angka 3, 4, 5, 6, 7, 8, 9 default: // Matikan semua segment jika tidak ada angka yang cocok digitalWrite(segmentA, LOW); digitalWrite(segmentB, LOW); digitalWrite(segmentC, LOW); digitalWrite(segmentD, LOW); digitalWrite(segmentE, LOW); digitalWrite(segmentF, LOW); digitalWrite(segmentG, LOW); break; } } void loop() { // Mengatur LED merah untuk berkedip 3x for (int i = 0; i < 3; i++) { digitalWrite(ledRed, HIGH); tone(buzzer, 1000); // Bunyikan buzzer displayDigit(8); // Tampilkan angka 8 pada seven segment delay(500); // Tahan LED dan buzzer menyala selama 500ms digitalWrite(ledRed, LOW); noTone(buzzer); // Matikan buzzer displayDigit(-1); // Matikan seven segment delay(500); // Tahan LED mati selama 500ms } // Mengatur LED kuning untuk berkedip 3x for (int i = 0; i < 3; i++) { digitalWrite(ledYellow, HIGH); tone(buzzer, 1500); // Bunyikan buzzer displayDigit(5); // Tampilkan angka 5 pada seven segment delay(500); // Tahan LED dan buzzer menyala selama 500ms digitalWrite(ledYellow, LOW); noTone(buzzer); // Matikan buzzer displayDigit(-1); // Matikan seven segment delay(500); // Tahan LED mati selama 500ms } // Mengatur LED hijau untuk berkedip 3x for (int i = 0; i < 3; i++) { digitalWrite(ledGreen, HIGH); tone(buzzer, 2000); // Bunyikan buzzer displayDigit(2); // Tampilkan angka 2 pada seven segment delay(500); // Tahan LED dan buzzer menyala selama 500ms digitalWrite(ledGreen, LOW); noTone(buzzer); // Matikan buzzer displayDigit(-1); // Matikan seven segment delay(500); // Tahan LED mati selama 500ms } delay(1000); // Tahan 1 detik sebelum mengulang }
Why does only pin 13 work on my arudino?
YOOOOOO I ACTUALLY WORKS I SUBSCRIBING!!!!!🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉😮😮😮😮😮
bro you said you where gonna link the code in the desc
nice vid but my arduino uno R3 ATMEGA328P (CH340G) has its 13 pin linked to the onboard LED so not the LED on the breadboard is blinking but the onboard led, of course i can just change the code to pins 12 11 and 10 and everything works. Great tutorial for me man
this is very well explained. i needed breakdown for my project of "robotic arm using servo and POT" and this provided me everything i needed to know. thanks!
how much code full with the bround caulour also or only colered
#include <Servo.h> //accesses the Arduino Servo Library Servo myservo; // creates servo object to control a servo int val; // variable to read the value from the analog pin void setup() { myservo.attach(9); // ensures output to servo on pin 9 } void loop() { val= analogRead(1); val= map(val, 0, 1023, 0, 180); myservo.write(val); delay(15); // reads the value of the potentiometer from Al (value between 0 and 1023) // converts reading from potentiometer to an output value in degrees of rotation that the servo can understand // sets the servo position according to the input from the potentiometer // waits 15ms for the servo to get to set position }
I highly advise that you use the vertical stabilizer screws to tap out vertical stabilizer before installing. The screws are very hard to screw in with parts assembled. High probability you will strip out screw head if you don't tap out 1st.
Thank you so much for helping me 😇👌
finaly i can finish the led cock
idk why it isnt working :(
Because he gave you the wrong information. It didn’t work for me neither. I had to follow another vid.
mine works, just change the code because the 13th pin on arduino uno's newer versions the pin 13 is connected to the led onboard, so just change the pins to: 12,11 and 10 and everything should work
try this code: void setup() { pinMode(12, OUTPUT); pinMode(11, OUTPUT); pinMode(10, OUTPUT); } void loop() { digitalWrite(12, HIGH); delay(300); digitalWrite(12, LOW); digitalWrite(11, HIGH); delay(300); digitalWrite(11, LOW); digitalWrite(10, HIGH); delay(300); digitalWrite(10, LOW); }
Exactly what I needed for my project! Thank you so much! Is there any way to make the LED's fade into each other rather than blink?
The project works for me, Thank you very much.
Nice presentation! Exactly what I need to know. thanks.
Its says "cant access sketch"
This is why i wish i was there, my blue and green came on -went off right away and finally got the red to work and it blink off and on. so is it post to happen like this.
Thank you so much for your tuturial sir ❤ we are already done with our activities this helps us very much💗
kindly share the block code
<3
she yle pedarasto iolad geqna prowo
Hello! Thank you for this clear tutorial! I want to ask you, is it possible to buy an arduino with more outputs, and change the code so on a chain of maybe 20 LEDs, the two outside LED's activate first, then the next two etc, until they meet in the middle, then reverse until they reach the outside pair again on loop? What would that code look like?
I am from Ghana 🇬🇭. Trying to learn Uno. I hope I am at the right place
Hi, Awsome video. How would I Add another potentiometer to this circut? So I can control one servo from two potentiometers. I have managed to get one servo opperating with one pot but not two. thanks for any feedback provided.
Nice tutorial, thank you 🥰
I have depount cables bit what color matches the green one
Can you do this in the small breadboard?
yes
can you write the code for this project and not using the servo library but instead use micros and millis
Very Nice! Thx
There is no port option
IT WORKED!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! GIMME A HUG MY MAN
this is boring
would this work for multiple LEDs? For example, I am trying to make a circuit where the LEDs spell out "I <3 U" where the I turns on, the <3 turns on, and then the U turns on. How would I make sure that each LED is connected to its respective resistor?
Thanks for your guide😊
its going in reverse somebody please help
I like balls
Was a great one ❤
why does my servo motor just go crazy when i turn the potentiometer to the right?
Hi ah when i plug my jumper cable only 13 work ah 12 or 11 didnt turn on with the corresponding light when i put it the exact way you did it
just pulled mine out of the attic. Thank You for the refresher
Hello sir can I use different code to this connection?
Why is my first led brighter than all the others?
Very informative video, concise and to the point. Thank you for putting the video out.
Thank u so much
are resitor important or can i do it without?
Good but you talk to much man maybe try talking less and focus on tutorial
yes i agree