FOLDABLE DRONE FRAME
Abstract
Introduction: The drone frame is very much compact, lightweight and strong. It is a foldable drone in the shape of “X”. The design is made like that it can carry easily 2kg payload (including electronics).
“Drone Frame with electronics” this model contains Motor, Propeller, Gimble (Imaginary) and Dual GPS module, I didn’t add battery, flight controller, esc as this competition based on only frame design, these electronics are varied by the person, cost, purpose, usability that is why I did not add to the model.
Cad model: “Cad Folder” contains cad model which is done in Autodesk Fusion 360.
Design Speciality: The weight of the frame is only 110.909 gram, not only that this heavy payload drone is foldable and it can be converted from 400x400 mm to 250x250 mm.
Electronics Components:
Propeller size: EMAX 1045 Propeller
Motor: EMAX MT2216 810KV Brushless DC Motor
Esc: 30A (not added)
Flight Controller: Pixhawk 2.4.8 Basic Flight Controller kit with GPS Module Combo Kit (not added)
Battery: Lipo Battery 11.1v
Miscellaneous: servo, Wire, Gimble
Weight: 2000Gram Thrust: total 3800Gram (950gram/motor)
Power to weight ratio: 1.9:1
Conclusion:
CFRP material Ultimate Tensile strength is 577MPa, From the analysis it is completely visible that max stress is less than 577MPa from all the analysis, and FOS is More than 1, so the frame can withstand by taking 2kg payload.
And the power to weight ratio is 1.9:1 which means it can lift off smoothly.
While Operating (400x400mm)
Rest (250x250mm)
Abstract
Introduction: The drone frame is very much compact, lightweight and strong. It is a foldable drone in the shape of “X”. The design is made like that it can carry easily 2kg payload (including electronics).
“Drone Frame with electronics” this model contains Motor, Propeller, Gimble (Imaginary) and Dual GPS module, I didn’t add battery, flight controller, esc as this competition based on only frame design, these electronics are varied by the person, cost, purpose, usability that is why I did not add to the model.
Cad model: “Cad Folder” contains cad model which is done in Autodesk Fusion 360.
Design Speciality: The weight of the frame is only 110.909 gram, not only that this heavy payload drone is foldable and it can be converted from 400x400 mm to 250x250 mm.
Electronics Components:
Propeller size: EMAX 1045 Propeller
Motor: EMAX MT2216 810KV Brushless DC Motor
Esc: 30A (not added)
Flight Controller: Pixhawk 2.4.8 Basic Flight Controller kit with GPS Module Combo Kit (not added)
Battery: Lipo Battery 11.1v
Miscellaneous: servo, Wire, Gimble
Weight: 2000Gram Thrust: total 3800Gram (950gram/motor)
Power to weight ratio: 1.9:1
Conclusion:
CFRP material Ultimate Tensile strength is 577MPa, From the analysis it is completely visible that max stress is less than 577MPa from all the analysis, and FOS is More than 1, so the frame can withstand by taking 2kg payload.
And the power to weight ratio is 1.9:1 which means it can lift off smoothly.
While Operating (400x400mm)
Rest (250x250mm)
