Posts

MTEP1410E

Maytech design and manufactures electric standard propellers, reverse propellers, folding propellers, direct-drive propellers, and slow-fly propellers, etc. The pitch and airfoil transition of all prop blades are computer optimized to give them the highest possible efficiency across the widest range of applications. Computer Aided Manufacturing allows them to be precision made to very tight tolerances. They are constructed of Carbon reinforced material to achieve maximum stiffness and to avoid torsional distortion of the thin high performance shapes.

MTEP1610E

Maytech design and manufactures electric standard propellers, reverse propellers, folding propellers, direct-drive propellers, and slow-fly propellers, etc. The pitch and airfoil transition of all prop blades are computer optimized to give them the highest possible efficiency across the widest range of applications. Computer Aided Manufacturing allows them to be precision made to very tight tolerances. They are constructed of Carbon reinforced material to achieve maximum stiffness and to avoid torsional distortion of the thin high performance shapes.

MTEP1708E

Maytech design and manufactures electric standard propellers, reverse propellers, folding propellers, direct-drive propellers, and slow-fly propellers, etc. The pitch and airfoil transition of all prop blades are computer optimized to give them the highest possible efficiency across the widest range of applications. Computer Aided Manufacturing allows them to be precision made to very tight tolerances. They are constructed of Carbon reinforced material to achieve maximum stiffness and to avoid torsional distortion of the thin high performance shapes.

MTEP1710E

Maytech design and manufactures electric standard propellers, reverse propellers, folding propellers, direct-drive propellers, and slow-fly propellers, etc. The pitch and airfoil transition of all prop blades are computer optimized to give them the highest possible efficiency across the widest range of applications. Computer Aided Manufacturing allows them to be precision made to very tight tolerances. They are constructed of Carbon reinforced material to achieve maximum stiffness and to avoid torsional distortion of the thin high performance shapes.

MTEP1810E

Maytech design and manufactures electric standard propellers, reverse propellers, folding propellers, direct-drive propellers, and slow-fly propellers, etc. The pitch and airfoil transition of all prop blades are computer optimized to give them the highest possible efficiency across the widest range of applications. Computer Aided Manufacturing allows them to be precision made to very tight tolerances. They are constructed of Carbon reinforced material to achieve maximum stiffness and to avoid torsional distortion of the thin high performance shapes.

MTEP1812E

Maytech design and manufactures electric standard propellers, reverse propellers, folding propellers, direct-drive propellers, and slow-fly propellers, etc. The pitch and airfoil transition of all prop blades are computer optimized to give them the highest possible efficiency across the widest range of applications. Computer Aided Manufacturing allows them to be precision made to very tight tolerances. They are constructed of Carbon reinforced material to achieve maximum stiffness and to avoid torsional distortion of the thin high performance shapes.

MTEP2012E

Maytech design and manufactures electric standard propellers, reverse propellers, folding propellers, direct-drive propellers, and slow-fly propellers, etc. The pitch and airfoil transition of all prop blades are computer optimized to give them the highest possible efficiency across the widest range of applications. Computer Aided Manufacturing allows them to be precision made to very tight tolerances. They are constructed of Carbon reinforced material to achieve maximum stiffness and to avoid torsional distortion of the thin high performance shapes.

MTEP2212E

Maytech design and manufactures electric standard propellers, reverse propellers, folding propellers, direct-drive propellers, and slow-fly propellers, etc. The pitch and airfoil transition of all prop blades are computer optimized to give them the highest possible efficiency across the widest range of applications. Computer Aided Manufacturing allows them to be precision made to very tight tolerances. They are constructed of Carbon reinforced material to achieve maximum stiffness and to avoid torsional distortion of the thin high performance shapes.

MTEP8043SF

Maytech design and manufactures electric standard propellers, reverse propellers, folding propellers, direct-drive propellers, and slow-fly propellers, etc. The pitch and airfoil transition of all prop blades are computer optimized to give them the highest possible efficiency across the widest range of applications. Computer Aided Manufacturing allows them to be precision made to very tight tolerances. They are constructed of Carbon reinforced material to achieve maximum stiffness and to avoid torsional distortion of the thin high performance shapes.

MTEP6050SF

Maytech design and manufactures electric standard propellers, reverse propellers, folding propellers, direct-drive propellers, and slow-fly propellers, etc. The pitch and airfoil transition of all prop blades are computer optimized to give them the highest possible efficiency across the widest range of applications. Computer Aided Manufacturing allows them to be precision made to very tight tolerances. They are constructed of Carbon reinforced material to achieve maximum stiffness and to avoid torsional distortion of the thin high performance shapes.