PROProp 11/7
The PRO Prop series of the carbon folding prop blades are specifically designed for the F5J models.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique
shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique
shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
PROProp 12/8
The PRO Prop series of the carbon folding prop blades are specifically designed for the F5J models.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
PROProp 16/8,5
The PRO Prop series of the carbon folding prop blades are specifically designed for the F5J models.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
PROProp 13/9
The PRO Prop series of the carbon folding prop blades are specifically designed for the F5J models.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
PROProp 10/6
The PRO Prop series of the carbon folding prop blades are specifically designed for the F5J models.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
PROProp 14/10
The PRO Prop series of the carbon folding prop blades are specifically designed for the F5J models.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
PROProp 15/10
The PRO Prop series of the carbon folding prop blades are specifically designed for the F5J models.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
F5K props
PROprop 6/4
The PROPROP 6/4” of the carbon folding prop blades are specifically designed for the F5K models.
It will fit for VM SPINNER 25/5 SET with 2mm pin and blade fitting width 5mm.
Weight of two blades is 2 g only.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
It will fit for VM SPINNER 25/5 SET with 2mm pin and blade fitting width 5mm.
Weight of two blades is 2 g only.
Thanks to its extremely thin airfoils, the special pitch distribution along the blade span and the unique shape, PRO Prop performs three main tasks:
1) Fast acceleration of the model for a jump;
2) High flight speed to achieve of the desired spot upwind;
3) Minimum drag when PRO Prop is folded.
Pushing props
VM Prop 12/4,5 pushing
VM Prop 12x4,5 Pushing was specifically designed for Plus by Philip Kolb and Murat Bronz. The unique aerodynamics combines 9 airfoils in this small thin blade.
To provide sufficient rigidity we used a multi-layer Carboline preform by ultra-high module carbon and ultra-high module carbon rowing. We use intermedia module carbon around blade shaft for increase strength.
To provide sufficient rigidity we used a multi-layer Carboline preform by ultra-high module carbon and ultra-high module carbon rowing. We use intermedia module carbon around blade shaft for increase strength.