Whippy Whoop by kolergy

Last crawled date: 3 years, 1 month ago

WORK IN PROGRESS
A brushed quad based on 8.5mm motors with a similar form factor as the Tiny Whoop which is made from the Blade Inductrix but much Whippier! based on a mini F3 controller.
It was used for the first woman drone race the ''Drones de dames'' which happened in Foulouse during Futurapolis see: http://www.fpv-passion.fr/course-feminine-a-toulouse-focus/
It is printed in carbon loaded nylon on a MarkForged Printer by FeelObject http://www.feelobject.fr
WORK IN PROGRESS
Verison History:
V1.2: adaptation for AIO cam & 350mah bat
V1.1.1: increased OGV thickness
V1.1: Reduced radius of & angle of guards, increased height of prop vs guards, reduced height of OGV.
V1.0.3_PRO: Added access to the programming plug, some weight optimisations
V1.0.1_PRO: Adapted to be printed on a professional printer (no need to cheat on the dimensions to get the right one)
V1.0: Cleaned-up parts & added bat wires passage.
V0.9: improved central support for F3 card & Battery & separator
V0.8: Added central support for F3 card & reinforcements on inlet lip
V0.7: Updated roll cage
V0.6: New architecture, switch to lady bird props, roll cage
V0.5:Correction of Battery support & addition of wire passages.
V0.4: Added battery support
V0.3: Added F3 board supports
V0.2: engine housing resized, whoops sized for three bladed props
V0.1: initial test version no board, battery, camera support
Design files for the older versions are in the Old.zip
Partslist:
Control Board:
Banggood: Tiny F3 EVO

Radio receiver:
Lemon-RX: satellite DSMX

Propeller/Helices:
Banggood: Lady bird props Props 5 sets

Motors/Moteurs:
Banggood: RacerStar higher power
Banggood: Hubsan H107C Motors
Amazon: Hubsan H107C Motors

Batteries:
HobbyKing: 260mAh 35c 1s batt
Banggood: 240mAh 45c 1s batt
Banggood: 260mAh 30c 1s batt (Less performant & more expensive)

All in one Cam:
Banggood: Eachine FB90 cam 500TVL 5.8G 25mW
Banggood: Eachine TX01 5.8G 25mW 40CH Cam (More expensive)

https://www.youtube.com/watch?v=TGwdJXFChrA
WORK IN PROGRESS