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How to design Complete Drone Overview

Rugved Chavan
in Modeling
91 9 Intermediate
Complete Drone design with 1. raspberry pi 4 extension 2. pixhawk 3. landing gears 4. drone frame 5. telemetry module 6. gps module with stand 7. Battery 3300 mAh 8. antivibrator 9. Brushless Motor (BR4114) Please give it a like.
Fusion 360 fusion360 telemetry raspberrypi drone

Designing a Drone || SolidWorks || Drone Model || 3D model

Prashant Sah
in Modeling
15 1 Expert
Design a Drone in SolidWorks step by step in this video. If u want to learn more about SolidWorks and other similar designing software then subscribe to the channel and turn on the post notifications. https://www.youtube.com/channel/UCjb_It1BPqwh-vUwKb8fOtg
SOLIDWORKS fusion360 cad design model 3d solidworks quadcopter drone

DRONE DESIGN in SIEMENS NX

MANIKANTHA P
in Modeling
14 0 Beginner
An unmanned aerial vehicle (UAV) (or uncrewed aerial vehicle,[2] commonly known as a drone) is an aircraft without a human pilot on board. UAVs are a component of an unmanned aircraft system (UAS); which include a UAV, a ground-based controller, and a system of communications between the two.[3] The flight of UAVs may operate with various degrees of autonomy: either under remote control by a human operator or autonomously by onboard computers[4] referred to as an autopilot.
NX Unigraphics siemens nx unigraphics drone

Propeller Designing Using fusion 360

VIVEK AKASH
in Modeling
12 1 Intermediate
Designing the propeller APC 13*4 also represented as APC1304 Diameter: 13 inches Pitch: 4 inches Hub Diameter: 1 inch Hub Thickness: 1.48 inch Shaft Diameter .25 inch
Fusion 360 drone wings rotary 360 fusion propeller

How to Build Your Own Quadcopter Drone at Home for Beginners- Part 1

RAMBO TECHNOLOGY SERVICES AND SOLUTIONS
in Assemblies
8 0 Beginner
BUILD A QUADCOPTER IN JUST 5 EASY STEPS. THE STEPS ARE EASY TO UNDERSTAND WITH MULTIPLE PICTURES AT EACH AND EVERY STEP. ALSO GIVEN REQUIRED COMPONENTS DETAILS IN THE YOUTUBE VIDEO DESCRIPTION. The quadcopter shown above is a simple type of multicopter, with each motor/propeller rotating in opposite directions from the two motors on either side of it (i.e. motors at opposite corners of the frame rotate in the same direction). A quadcopter can control its roll and pitch rotation by speeding up two motors on one side and slowing down the other two. For example, if the quadcopter wants to roll to the left, it will speed up the motors on the right side of the frame and slow down the two on the left. Similarly, if it wants to spin forward, it speeds up the rear two motors and slows down the front two. The copter can turn left or right by speeding up two motors that are diagonal to each other and slowing down the other two. Horizontal movement is accomplished by temporarily speeding up/decelerating some of the motors so that the vehicle leans in the desired direction of travel and increases the overall thrust of all the engines so that the vehicle moves forward. Generally, the more the vehicle leans, the faster it travels. Altitude is controlled by accelerating or decelerating all motors simultaneously. PART 2 LINK: https://www.youtube.com/watch?v=QFeuGz-820Y Warning:--- This video is for educational purposes only. Do not attempt to recreate the actions in this video as they are dangerous if not performed correctly and may result in serious injury. If you are confident on the information shown in this video, you are responsible for the results. Have fun, but always think ahead and remember that every project you attempt is at your own risk. For more details contact email: rambo.tss19@gmail.com
CATIA fpvdrone fpv vtoldrone drone uav vtol

DRONE ASSEMBLY DESIGN in SIEMENS NX

MANIKANTHA P
in Assemblies
8 0 Beginner
Drone assembly design using Siemens NX, An unmanned aerial vehicle (UAV) (or uncrewed aerial vehicle,[2] commonly known as a drone) is an aircraft without a human pilot on board. UAVs are a component of an unmanned aircraft system (UAS); which include a UAV, a ground-based controller, and a system of communications between the two.[3] The flight of UAVs may operate with various degrees of autonomy: either under remote control by a human operator or autonomously by onboard computers[4] referred to as an autopilot.
NX Unigraphics assembly nx unigraphics drone

VTOL UAV DESIGN AND FLIGHT TEST

RAMBO TECHNOLOGY SERVICES AND SOLUTIONS
in Design & CAD
8 0 Intermediate
This video contains all the design and flight testing details of the following VTOL UAVs. ➡️Coax Copter, ➡️Bi Copter, ➡️Tri Copter, ➡️Quad Copter, ➡️Hybrid Fixed-Wing VTOL UAV, ➡️Tilt Rotor VTOL UAV What is a MultiCopter and How Does it Work? A multicopter is a mechanically simple aerial vehicle whose movement is controlled by accelerating or decelerating multiple downward thrust motor/propeller units. Multicopters are aerodynamically unstable and require an onboard computer (autopilot) for stable flight. As a result, they are "fly by wire" systems and if the system doesn't work, you're not flying. The autopilot maintains a precise estimate of its orientation and position by integrating data from the gyroscopes and accelerometers of the small on-board MEMs. The quadcopter shown above is a simple type of multicopter, with each motor/propeller rotating in opposite directions from the two motors on either side of it (i.e. motors at opposite corners of the frame rotate in the same direction). A quadcopter can control its roll and pitch rotation by speeding up two motors on one side and slowing down the other two. For example, if the quadcopter wants to roll to the left, it will speed up the motors on the right side of the frame and slow down the two on the left. Similarly, if it wants to spin forward, it speeds up the rear two motors and slows down the front two. The copter can turn left or right by speeding up two motors that are diagonal to each other and slowing down the other two. Horizontal movement is accomplished by temporarily speeding up/decelerating some of the motors so that the vehicle leans in the desired direction of travel and increases the overall thrust of all the motors so that the vehicle moves forward. Generally, the more the vehicle leans, the faster it travels. Altitude is controlled by accelerating or decelerating all motors simultaneously. What is the difference between a MultiCopter and a UAV/Drone? A multicopter becomes a UAV or drone when it is capable of autonomous flight. Typically this means taking accelerometer and gyro information and combining it with barometer and GPS data so the flight controller understands not only its orientation, but also its position. For more details contact email: rambo.tss19@gmail.com
SOLIDWORKS robotics fpv vtoldrone drone uav vtol

Drone Design in NX

MANIKANTHA P
in Modeling
7 2 Beginner
An unmanned aerial vehicle (UAV) (or uncrewed aerial vehicle,[2] [3]commonly known as a drone) is an aircraft without a human pilot on board and a type of unmanned vehicle. UAVs are a component of an unmanned aircraft system (UAS); which include a UAV, a ground-based controller, and a system of communications between the two. The flight of UAVs may operate with various degrees of autonomy: either under remote control by a human operator, autonomously by onboard computers [4] or piloted by an autonomous robot.[5]
NX Unigraphics assembly unigraphics nx design drone

How to Build Your Own Quadcopter Drone at Home for Beginners- Part 2

RAMBO TECHNOLOGY SERVICES AND SOLUTIONS
in Assemblies
8 0 Beginner
BUILD A QUADCOPTER IN JUST 5 EASY STEPS. THE STEPS ARE EASY TO UNDERSTAND WITH MULTIPLE PICTURES AT EACH AND EVERY STEP. ALSO THE REQUIRED COMPONENTS DETAIL GIVIEN IN THE YOUTUBE VIDEO DESCRIPTION. The quadcopter shown above is a simple type of multicopter, with each motor/propeller rotating in opposite directions from the two motors on either side of it (i.e. motors at opposite corners of the frame rotate in the same direction). A quadcopter can control its roll and pitch rotation by speeding up two motors on one side and slowing down the other two. For example, if the quadcopter wants to roll to the left, it will speed up the motors on the right side of the frame and slow down the two on the left. Similarly, if it wants to spin forward, it speeds up the rear two motors and slows down the front two. The copter can turn left or right by speeding up two motors that are diagonal to each other and slowing down the other two. Horizontal movement is accomplished by temporarily speeding up/decelerating some of the motors so that the vehicle leans in the desired direction of travel and increases the overall thrust of all the engines so that the vehicle moves forward. Generally, the more the vehicle leans, the faster it travels. Altitude is controlled by accelerating or decelerating all motors simultaneously. PART 1 LINK: https://youtu.be/19V4oBooOhU PART 3 LINK: It will be uploaded soon... Warning:--- This video is for educational purposes only. Do not attempt to recreate the actions in this video as they are dangerous if not performed correctly and may result in serious injury. If you are confident on the information shown in this video, you are responsible for the results. Have fun, but always think ahead and remember that every project you attempt is at your own risk. For more details contact email: rambo.tss19@gmail.com WhatsApp:7548875553
CATIA fpvdrone fpv automobile vtoldrone drone uav vtol

SIEMENS NX | DRONE DESIGN in SIEMENS NX

MANIKANTHA P
in Modeling
7 0 Intermediate
drone design
NX Unigraphics nx siemens drone

DIY RC Quadcopter Drone

RAMBO TECHNOLOGY SERVICES AND SOLUTIONS
in Modeling
6 0 Beginner
This DIY RC Quadcopter Drone Kit is a DIY Drone, the majority of the pieces of this one-of-a-kind wooden Drone toy are made of wood! It’s cool, light, classic, and well-designed. Because this drone toy is a DIY aircraft, you can assemble all parts together to make your own mini drone. Features: Functions: Sideward flight, turn left/right, up/down, forward/backward, altitude hold, one key takeoff/landing, 3D flip, headless mode, one key return With an attractive headless mode, completely solves pilot loss-of-orientation problems. Altitude holds: With a built-in barometer, the aircraft will fly to a certain height when taking off. One-key taking off/landing/stop makes the operation more convenient and it is very suitable for novice operations. With one key automatic return function, the plane can find its way home easily. Specifications : Material Wood Model XYQ-2 Drone Battery Li-Ion 600mAh Remote Control Battery Li-Ion 500mAh Flight Height <120m Frequency 2.4GHz DIY RC Quadcopter Drone Kit XYQ-2 Includes: 1 x Wooden Frame for Quadcopter 1 x Wooden Frame for Remote Control 1 x 3.7V 600mAh battery for Quadcopter 1 x 3.7V 500mAh battery for Remote Control 1 x Remote Control Module 1 x Flight Control Module 4 x Propeller 4 x Propeller Motors
CATIA quadcopter vtol solidworks catia flysky robot automobile drone

Quadcopter modelling| Autodesk Fusion360

Er. Gaya Prasad Kurmi
in Modeling
5 2 Beginner
Quadcopter modelling| Autodesk Fusion360
Fusion 360 quadcopter drone fusion360 autodesk

Modeling quadcopter MKI (#1 propeller)

Amir Nouri
in Modeling
4 0 Intermediate
Learn how to model quadcopter propeller on shaper 3d app For more tutorials follow my YouTube account
Other propeller drone solidwork shaper3d quadcopter

Modeling quadcopter MKI(#2leg)

Amir Nouri
in Modeling
3 0 Intermediate
*Part 2*Learn how to model quadcopter propeller on shaper 3d app For more tutorials follow my YouTube account
Other autocad modulardesign fpv solidwork modeling drone shaper3d quadcopter

QUADCOPTER

KALPESH KETKAR
in Modeling
2 2 Intermediate
QUADCOPTER (DRONE) by using SOLIDWORKS
SOLIDWORKS cad mechatronics mechanical electronics quadcopter solidworks printing 3d drone
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