Cum sa va construiti acasa o drona sau un quadcopter | 5 exemple utile

2

Un quadcopter este ideal pentru mai multe sarcini, inclusiv realizarea de fotografii sau clipuri din aer, supraveghere sau cercetare anumite zone greu accesibile, oferind si o buna sansa de a invata atat despre contructia cat si controlul lor in aer. V-ati dorit vreodata sa inceapeti construirea unei quadcopter sau a unei drone si nu stiati de unde sa incepeti? Pentru un quarcopter simplu puteti incepe de la acest articol.

Pentru a construi un quadcopter trebuie sa combinati parti hardware si software, acest lucru implica sa aveti ceva abilitati de mester / inginer si multa inspiratie si rabdare. Puteti explora toate cele cinci exemple descrise in acest articol de mai jos si sa il alegeti pe cel mai potrivit in functie de caracteristicile si functionalitatile dorite pe jucaria zburatoare.

Urmatorul articol prezinta cinci exemple in care toate componentele sunt achizitionate din magazine din alta tara (o parte din piese se gasesc si in romania), luand in calcul si posibilitatea de a realiza anumite componente folosind o imprimanta 3D.

Model 1 | Sturdy Quadcopter Build

Model 1 | Sturdy Quadcopter Build
Model 1 | Sturdy Quadcopter Build

Componente Frame: Turnigy Talon Carbon Fiber Quadcopter Frame; Motors: Turnigy L2210A-1650 Brushless Motor; Electronic Speed Controllers: 25amp Speed Controller; Flight Controller: Hobbyking KK2.0 Multi-rotor LCD Flight Control Board; Propellers: 10×4.5 SF Props 2pc Standard Rotation/2 pc RH Rotation (Black); Transmitter/Receiver: Turnigy 6X FHSS 2.4ghz Transmitter and Reciever (Mode 1); Programming: BESC Programming Card; Straps: VELCRO U.S.A. INC 3/4-Inch 12-Feet; Power Distribution Board: Hobby King Quadcopter Power Distribution Board; Bullet Connectors: 3.5mm Bullet Connectors – 10 Pairs; Wire: Wire 16AWG (1mtr); Servo Leads: Male to Male Servo Lead; Battery: 2200mAh 3S 20C Lipo Pack or you can try with Venom 20C 3S 2100mAh; Battery Charger: Turnigy Accucel-6 50W 6A Balancer;

detalii asamblare aici: instructables.com

Model 2 | Basic QuadCopter

Model 2 | Basic QuadCopter
Model 2 | Basic QuadCopter

Componente Frame: aluminum tubing, 4 x 265 mm lengths; Main shaft: Align T-REX 450; Motors: KDA 20-22L 924KV; Electronic Speed Controllers: SS Series 18-20A ESC; Propellers: APC 10×4.7SFP; Transmitter/Receiver: Spektrum AR5200; Battery: 25C 2200mAh;

detalii asamblare aici: wiki.openpilot.org

Model 3 | Build A Quadcopter From Scratch

Model 3 | Build A Quadcopter From Scratch
Model 3 | Build A Quadcopter From Scratch

Componente Frame: aluminium square rails; Rotors: Exceed RC Alpha 400 (3500kv); Propeller: 10×4.5 EPP1045; Electronic Speed Controller: TURNIGY Plush 40amp Speed Controller; Battery: Zippy 20C 2S 4000mAh; Sensors: 9 Degrees of Freedom – Sensor Stick; Microcontroller: OpenPilot CopterControl Platform;

detalii asamblare aici: blog.oscarliang.net

Model 4 | Easy DIY Quadcopter Build

Model 4 | Easy DIY Quadcopter Build
Model 4 | Easy DIY Quadcopter Build

Componente Frame: Turnigy H.A.L. (Heavy Aerial Lift) Quadcopter Frame 585mm; Motors: D2830-11 1000kv; Electronic Speed Controllers: Multistar 30 Amp Multi-rotor Brushless ESC 2-4S; Flight Controller: KK2.0 Multi-rotor LCD Flight Control Board; Propellers: Fly Electric Prop 9047R; Transmitter/Receiver: Hobby King 2.4Ghz 4Ch Tx & Rx V2; Battery:Zippy 400mAh Lipo;

detalii asamblare aici: oddcopter.com

Model 5 | My First Quadrotor

Model 5 | My First Quadrotor
Model 5 | My First Quadrotor

Componente

Frame: F330 Glass Fiber Mini Quadcopter Frame 330mm; Motors: Aerodrive SK3 – 2826-1130kv; Electronic Speed Controllers: Multistar 15 Amp Multi-rotor Brushless ESC 2-3S; Flight Controller: MultiWii 328P Flight Controller w/FTDI & DSM2 Port; Propellers: 8045 SF Props 2pc Standard Rotation/2 pc RH Rotation; Transmitter/Receiver: XBee Wireless Series 1 Starter Kit; Sensor: Triple Axis Accelerometer&Gyro Breakout MPU-6050; Power distribution board: Hobby King Quadcopter Power Distribution Boar; Battery: ZIPPY Compact 1800mAh 3S 25C Lipo Pack;

detalii asamblare aici: yameb.blogspot.ro

In functie de buget, puteti alege pentru a incepe unul dintre aceste proiecte, folosind metode plug-and-play, aceste proiecte se pot face acasa chiar si de catre incepatori, cu un nivel minim de cunostinte in programare si electronica.

Articol preluat de pe intorobotics.com

2 COMENTARII

LĂSAȚI UN MESAJ