DI

 

Step 1: NEEDED METERIALS

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

- 10MM BY 10MM WOOD
- 2.5MM PLYWOOD
- 3MM BY 20MM SCREWS AND NUTS

- 20 AMP ESC. X3
http://www.hobbyking.com/hobbyking/store/uh_viewItem.asp?idProduct=27775

-LIPO CHARGER
http://www.hobbyking.com/hobbyking/store/uh_viewItem.asp?idProduct=7637

- BRUSHLESS MOTOR X3
http://www.hobbyking.com/hobbyking/store/__5354__FC_28_22_Brushless_Outrunner_1200kv.html

-PROPELLER
http://www.hobbyking.com/hobbyking/store/__25820__10x4_5_SF_Props_2pc_Standard_Rotation_2_pc_RH_Rotation_Green_.html

-TRANSMITTER
http://www.hobbyking.com/hobbyking/store/__8338__Hobby_King_2_4Ghz_4Ch_Tx_Rx_V2_Mode_2_.html

-CONTROL BOARD OR GYRO
http://www.hobbyking.com/hobbyking/store/__24354__Hobbyking_i86L_Multi_Rotor_Control_Board_Lite_Edition_.html

-BATTERY
http://www.hobbyking.com/hobbyking/store/__8934__Turnigy_2200mAh_3S_25C_Lipo_Pack.html?strSearch=2200MAH

-SERVO
http://www.hobbyking.com/hobbyking/store/uh_viewItem.asp?idProduct=17322
AND
http://www.hobbyking.com/hobbyking/store/__9549__Turnigy_TG9e_9g_1_5kg_0_10sec_Eco_Micro_Servo.html

-WIRE X6
http://www.hobbyking.com/hobbyking/store/__11851__Turnigy_Pure_Silicone_Wire_18AWG_1mtr_Red.html

-WIRE HARNES
http://www.hobbyking.com/hobbyking/store/uh_viewItem.asp?idProduct=25479

- BULLET CONNECTORS X2
http://www.hobbyking.com/hobbyking/store/__68__PolyMax_3_5mm_Gold_Connectors_10_PAIRS_20PC_.html

-WIRE TO CONNECT TO FROM RECEIVER TO GYRO
http://www.hobbyking.com/hobbyking/store/__21758__10CM_Male_to_Male_Servo_Lead_JR_26AWG_10pcs_set_.html

-HEAT SHRINK TUBING
http://www.hobbyking.com/hobbyking/store/__3832__Turnigy_4mm_Heat_Shrink_Tube_BLACK_1mtr_.html

-6MM OR ANY SMALL CLEAR TUBE

-AND A LOT OF ZIP TIES!!


--------------------------------------------------THEESE ARE THE REQUIRED MATERIALS-------------------------------------------------------------------

Step 2: PRINT

PRINT THE IMAGE .

Step 3: THE FRAME

CUT THE 10MM BY 10MM ARMS INTO 3 PIECES OF 50CM EACH.

CUT OUT THE FRAME FROM THE PAPER AND PASTE IT OVER THE PLY WOOD TO USE IT AS A STENCIL.
USE A SAW TO CUT OUT THE FIRST LAYER. AFTER CUTTING THE FIRST LAYER USE IT TO CUT OUT ANOTHER LAYER ON THE PLY WOOD . DRILL HOLES OVER THE MARKED AREAS.

use the template to drill a 3mm hole on the wooden dowel.
insert screws through the top frame and insert the wooden dowel through the screws
and put the bottom frame and screw them in place.

CUT OUT ANOTHER PIECE OF WOOD FOR THE BATTERY MOUNT
ZIP TIE BOTH SIDES OF BATTERY MOUNT TO PLASTIC TUB.
DRILL TWO SMALL HOLES ON THE FRAME FOR ZIP TIE TO PASS THROUGH (TWO IN FRONT AND TWO AT THE BACK)

THE 6MM HOLE IS MADE FOR STANDARD CAMERAS TO BE MOUNTED FOR AERIAL PHOTOGRAPHY.

Step 4: ELECTRONICS

PLACE GYRO AND RECEIVER WITH DOUBLE SIDED FOAM TAPE AND CONNECT THE SERVO WIRES AS SHOWN IN THE PICTURE...

Josh, David, and Alex are at Edgewater Golf Course flying David's Tricopter V3

David will be chasing Josh, and Alex with be chasing David. David on his V3, Josh on the Beaver, and Alex on his Blackout.

David nimbly following Josh, and Alex trying to keep up.

The V3 cutting it close to the Beaver. . .

. . . and swiftly backing off.

Josh decided to lead the guys in a "sissy" buzz.

David hovering before a landing.

David handed over the controls to the V3 to Alex to see how he liked it.

An FPV shot of Alex in flight on the V3.

The guys wrapping up the show, and thanking David for visiting.

If you didn't catch the link to David's site, head over to rcexplorer.se , and also check out David in Rotor DR1 at rotordr1.com
Thanks for watching guys, we wouldn't have an amazing show without you, the fans, supporting us through the years. See ya next episode!

Proto-X Quadcopterhttp://www.estesrockets.com/helis-quads/quadcopters/004606-proto-x Description

Meet the Proto-X. Not only is it the world's smallest quadcopter, it's also one of the world's lightest multi-rotor helis!
The 1.8" x 1.8" Proto-X is tiny, ideal for indoor flying — and it weighs only four-tenths of an ounce. Bright, built-in LEDs make it easy to see the Proto-X in low-light conditions.
A 2.4GHz radio not only allows for interference-free flight — it makes it easy for multiple Proto-X helis to fly at once. A 3.7V 100mAh LiPo battery, USB charge cord and spare rotor blades are also included in the ready-to-fly package. All you need to add are two "AAA" batteries!

Additional Information

Technical Specifications	Easy to Fly 2.4 GHz controller allows you to fly with your friends Bright LED lights for flying in the low light conditions Designed for great indoor flights Includes USB charge cord for quick recharging Requires 2 "AAA" batteries, not included Includes 4 spare rotor blades Red Frame - White Body

http://store.flitetest.com/electrohub-quadcopter-kit/Introducing the Flite Test ElectroHub! A DIY multirotor hub featuring power distribution!

The ElectroHub is made from strong PCB Board.
The ElectroHub Quadcopter Kit comes with everything that you see above.The ElectroHub offers endless multicopter configurations and is designed around 1/2" x 10" booms.

The ElectroHub Quadcopter Kit comes with the motor mounting discs and simple delrin landing gear.

This quadcopter is shown with additional electronics and the Camera Mount Kit.

Josh's Electrohub quadcopter features black spray painted wooden booms and painted camera tray.

With the power distribution of the ElectroHub, Josh was able to tap in the Immersion RC 600mW transmitter into his multirotor design.

Josh took his quad to Europe and you'll be seeing more of it being used in upcoming Let's Fly's!

Peter designed a "T6-O-Copter" with his ElectroHub with a custom designed hood.

This thing looked great in the air and the 6 motors allowed him to fly with a redundant flying setup.

Because of the 'T' shape, the booms are our of the shot and made for a perfect gyro platform.

This thing is powerful! Here it is lifting a smaller quadcopter.

The Electro-Hub creates the possibility to make any kind of cool flying creations that you can imagine!

Here's a tricopter design with aluminium booms.

Here's a prototype of the Flite Test "Tuff Tilt". We're still working out the design, but this tri-copter tilt will be available soon!  Stay tuned!

Chad designed the ElectroHub for his Hexicopter and we've continued testing it with all kinds of other multirotor configuration setups.
The outside of the ElectroHub features solder points for lower amperage hookups.

While the larger pads are designed to connect your ESC's and gives you your main power line.

DIY MultiRotor

Welcome under contruction!!!!