Hobby
Ver Modelo
Crobe - RC Glider
540
Descargas
414
Likes
8
Makes
#CROBE - RC GLIDER
Small picheron slope soarer based on original design (balsa made) designed by Franck Aguerre, described here : http://lecrobe.free.fr
##REQUIREMENTS
- two servos like D05010 / DSM44
- Lipo 1S 300 - 400mAh
- tiny receiver
- main carbon rod diam. 3mm
- 1.5mm balsa for elevator
- small parts (pvc tube 2/1mm, steel rod diam 0.8mm...)
- RTF weight : 109g
##PRINT
- Around 80-90g of PLA+
- Layer height : 0.2mm (Fuselage - Wings) and 0.15mm for canopy
- No support required, just some brim.
- No infill
- One 0.4mm wall
- Max height for printer : 170mm
- Layer 0.12mm and line width 0.3mm for 'Light' versions of wings.
- 'flat' wing means without dihedral, like original balsa's Crobe.
##RC settings
- Delta mixer
- Elevator function: +/-6mm (measured at trailing edge / wing root)
- Aileron function: +/-4mm
- CG : Balanced with fingers located on both pvc tube (used to maintain wing with rubber band).
##UPDATES
- 24/03/2020 : Initial upload (v0.1)
Small picheron slope soarer based on original design (balsa made) designed by Franck Aguerre, described here : http://lecrobe.free.fr
##REQUIREMENTS
- two servos like D05010 / DSM44
- Lipo 1S 300 - 400mAh
- tiny receiver
- main carbon rod diam. 3mm
- 1.5mm balsa for elevator
- small parts (pvc tube 2/1mm, steel rod diam 0.8mm...)
- RTF weight : 109g
- Around 80-90g of PLA+
- Layer height : 0.2mm (Fuselage - Wings) and 0.15mm for canopy
- No support required, just some brim.
- No infill
- One 0.4mm wall
- Max height for printer : 170mm
- Layer 0.12mm and line width 0.3mm for 'Light' versions of wings.
- 'flat' wing means without dihedral, like original balsa's Crobe.
##RC settings
- Delta mixer
- Elevator function: +/-6mm (measured at trailing edge / wing root)
- Aileron function: +/-4mm
- CG : Balanced with fingers located on both pvc tube (used to maintain wing with rubber band).
##UPDATES
- 24/03/2020 : Initial upload (v0.1)
LaurentL también publica en
2 modelos adicionales en 1 plataformas más
¿Has impreso este modelo? Inicia sesión y comparte tu make.
Inicia sesión para dejar un comentario
Iniciar sesiónAún no hay comentarios – ¡sé el primero!