PIPINO SYMMETRICHow to apply the circular and linear patterns on 3D models in SolidWorks 2022. youtube.com/watch?v=sEs0GAJJkqg SolidWorks mentorship; https://rb.gy/pu2i0 SolidWorks workshop; https://rb.gy/2lelqf
To apply a circular pattern on a 3D geometry in Solidworks, follow these steps:
1. Open the Solidworks software and open the part file in which you want to apply the circular pattern. 2. Click on the "Circular Pattern" tool from the "Features" tab on the left-hand side of the screen. 3. In the "Circular Pattern" dialog box, select the feature you want to pattern from the "Features to Pattern" list. 4. Select the "Axis of Rotation" by clicking on the axis in the graphics area or by selecting the "Reference Geometry" button and choosing an axis from the list. 5. Specify the number of instances you want to create by entering a value in the "Total Instances" box. 6. Select the "Angle" option to specify the angle of rotation between each instance or select the "Spacing" option to specify the distance between each instance. 7. Click on the "Preview" button to see a preview of the circular pattern. 8. Click "OK" to apply the circular pattern to your 3D geometry. 9. Save your part file.
That's it! You have successfully applied a circular pattern to your 3D geometry in Solidworks.
To apply a linear pattern on a 3D geometry in Solidworks, follow these steps:
1. Open the Solidworks software and open the part file in which you want to apply the linear pattern. 2. Click on the "Linear Pattern" tool from the "Features" tab on the left-hand side of the screen. 3. In the "Linear Pattern" dialog box, select the feature you want to pattern from the "Features to Pattern" list. 4. Select "Direction 1" by clicking on the arrow in the graphics area or by selecting the "Reference Geometry" button and choosing a linear edge or axis from the list. 5. Specify the number of instances you want to create by entering a value in the "Total Instances" box. 6. Select the "Spacing" option to specify the distance between each instance or select the "Instance to Instance" option to specify the distance between the centers of each instance. 7. If required, you can add a second direction by clicking on the "Direction 2" option and repeating steps 4 to 6. 8. Click on the "Preview" button to see a preview of the linear pattern. 9. Click "OK" to apply the linear pattern to your 3D geometry. 10. Save your part file.
That's it! You have successfully applied a linear pattern to your 3D geometry in Solidworks.
Enroll in the full course here; payhip.com/b/Mwu58 #solidworks #beginner #tutorial #3dmodeling #circularpattern #linearpattern #mechanicalengineering #solidworkscourse #learnsolidworks
6.1 Circular and linear pattern in SolidWorksPIPINO SYMMETRIC2023-04-12 | How to apply the circular and linear patterns on 3D models in SolidWorks 2022. youtube.com/watch?v=sEs0GAJJkqg SolidWorks mentorship; https://rb.gy/pu2i0 SolidWorks workshop; https://rb.gy/2lelqf
To apply a circular pattern on a 3D geometry in Solidworks, follow these steps:
1. Open the Solidworks software and open the part file in which you want to apply the circular pattern. 2. Click on the "Circular Pattern" tool from the "Features" tab on the left-hand side of the screen. 3. In the "Circular Pattern" dialog box, select the feature you want to pattern from the "Features to Pattern" list. 4. Select the "Axis of Rotation" by clicking on the axis in the graphics area or by selecting the "Reference Geometry" button and choosing an axis from the list. 5. Specify the number of instances you want to create by entering a value in the "Total Instances" box. 6. Select the "Angle" option to specify the angle of rotation between each instance or select the "Spacing" option to specify the distance between each instance. 7. Click on the "Preview" button to see a preview of the circular pattern. 8. Click "OK" to apply the circular pattern to your 3D geometry. 9. Save your part file.
That's it! You have successfully applied a circular pattern to your 3D geometry in Solidworks.
To apply a linear pattern on a 3D geometry in Solidworks, follow these steps:
1. Open the Solidworks software and open the part file in which you want to apply the linear pattern. 2. Click on the "Linear Pattern" tool from the "Features" tab on the left-hand side of the screen. 3. In the "Linear Pattern" dialog box, select the feature you want to pattern from the "Features to Pattern" list. 4. Select "Direction 1" by clicking on the arrow in the graphics area or by selecting the "Reference Geometry" button and choosing a linear edge or axis from the list. 5. Specify the number of instances you want to create by entering a value in the "Total Instances" box. 6. Select the "Spacing" option to specify the distance between each instance or select the "Instance to Instance" option to specify the distance between the centers of each instance. 7. If required, you can add a second direction by clicking on the "Direction 2" option and repeating steps 4 to 6. 8. Click on the "Preview" button to see a preview of the linear pattern. 9. Click "OK" to apply the linear pattern to your 3D geometry. 10. Save your part file.
That's it! You have successfully applied a linear pattern to your 3D geometry in Solidworks.
#solidworks #3dmodeling #table #tutorial #solidworkstutorialPortable mini table #minitable #portable #furniture #furnituredesign #solidworks #3dcad #3dmodelingPIPINO SYMMETRIC2025-08-27 | Portable mini table #minitable #portable #furniture #furnituredesign #solidworks #3dcad #3dmodelingBike helmet. #viral #motorgp #automobile #solidworks #helmet #bike #solidworkssurface #motorgpPIPINO SYMMETRIC2025-07-16 | Bike helmet #viral #motorgp #automobile #solidworks #helmet #bike #solidworkssurface #motorgp #automobile #bike #3dcadBike helmetPIPINO SYMMETRIC2025-07-16 | Download 3D CAD file;grabcad.com/library/bike-helmet-27 #grabcad #3dmodeling #bikegear #motorgp #viral #solidworkstutorialsforbeginners #3dcad #bike #helmet #solidworksassembly #solidworksIdino Tablet Keyboard. #solidworkstutorial #howto #Idino #keyboard #3drendering #viral #hpPIPINO SYMMETRIC2025-06-07 | Idino Tablet Keyboard. #solidworkstutorial #howto #Idino #keyboard #3drendering #viral #hp #ipad #apple #iphoneSwept boss SolidWorks. #viral #solidworks #sweptboss #stilldre #howto #solidworkstutorialPIPINO SYMMETRIC2025-06-07 | Swept boss SolidWorks. #viral #solidworks #sweptboss #stilldre #howto #solidworkstutorial #sketchup #fashionMedal of Honor 2010 - Gunfighters 06PIPINO SYMMETRIC2025-02-09 | Gunfighters.@pipinosymmetric You're the front seater of an AH-64D Apache on a mission with your companion aircraft, Gunfighter 11. Together you will go "switches hot" on Taliban mortar teams, Al Qaeda RPG gunners, and AAA positions with the Apache's deadly arsenal of high-tech weaponry.
4:05 Village raid 7:45 Hunter Killer 9:35 Mountain overpass
#medalofhonor2010 #electronicarts #shootinggames #day1 #AH-64ApacheRacetrack cruise #gokarting #formula1 #motorsport #fastandfurious #racetrack #viral #automobilePIPINO SYMMETRIC2024-11-18 | Racetrack cruise #gokarting #formula1 #motorsport #carracing #racetrack #fastandfurious #fastIsometric drawing in SolidWorks | Model 2PIPINO SYMMETRIC2024-04-15 | @pipinosymmetric SolidWorks workshop; https://rb.gy/2lelqf SolidWorks mentorship; https://rb.gy/ibjlly Improve your 3D skills with Isometric Drawing in SolidWorks|Model 1; youtube.com/watch?v=_kT9Cp_53Zc #viral #grabcad #3dmodeling #solidworkstutorial #isometricexerciseHow to model a Screwdriver in SolidWorksPIPINO SYMMETRIC2024-04-12 | How to model a Screwdriver in SolidWorks @pipinosymmetric Follow this step-by-step modeling of a screwdriver in SolidWorks in this tutorial suited for intermediate and advanced users.
#viral #grabcad #solidworks #3dmodeling #screwdriver #solidworkstutorial #beginnerWheeled excavator. #solidworks #excavator #3dmodeling #howto #solidworksassembly #3dcad #viralPIPINO SYMMETRIC2024-03-26 | @pipinosymmetric Wheeled excavator, an amazing concept. Most designs utilize the chain drive mechanism. 3D model assembly; grabcad.com/library/wheeled-excavator-1 Free course in Solidworks; payhip.com/b/yFqP5Improve Your 3D Skills With Isometric Drawing In SolidWorksPIPINO SYMMETRIC2024-03-22 | This tutorial demonstrates how a beginner can utilize cut and boss extrudes. @pipinosymmetric 3D model available for download; grabcad.com/library/isometric-model-1-1
Improve Your 3D Skills With Isometric Drawing In Solidworks; youtube.com/watch?v=_kT9Cp_53Zc&t=222s #solidworks #solidworkstutorial #grabcad #demonstrates #3dmodeling #viral SolidWorks workshop; https://rb.gy/2lelqf Isometric drawing in SolidWorks; youtu.be/XfB5iQ05DAkExperience The Power Of A Front Loader Tractor With A Test Drive!PIPINO SYMMETRIC2024-03-22 | From modeling to animating, the stages are shown in this video. The 3D models and compiled simulations are available for download. Rigging done in Blender 3D.@pipinosymmetric
Loader tractors equipped with front-end buckets can be used to load hay, and remove sand, and gravel by farm operators. The ultimate earthmovers, these heavy machines are usually wheeled, and New Holland makes the best model for the market. #grabcad #madewithunity #viral #solidworks #blender #csharp #pcgamingZone Xtreme RaidPIPINO SYMMETRIC2024-03-18 | This is a game in development simulating defense in a hostile environment. Made with Unity. The link to play and test is here; laser-target.itch.io/zone-xtreme-raid payhip.com/b/0ET6B Use the W, A, S, and D buttons for navigation and the left mouse button for firing the minigun. Background music from Infraction; youtube.com/@Infraction Really wonderful sounds. 1:39 Trial 2 Trailer Cinematic Tense by Infraction [No Copyright Music] / Breath Of Freedom; youtube.com/watch?v=7oF6Iu9Whmg Link to download the 3D model from GrabCAD;grabcad.com/library/ugv-21 SolidWorks workshop; https://rb.gy/2lelqf #unity #madewithunity #grabcad #zombiesurvival #horror #viralRevolutionizing The Skies: Uav 2024 Turboprop Technology!PIPINO SYMMETRIC2024-01-19 | UAV 2024 Turboprop @pipinosymmetric Link to download the 3D model; grabcad.com/library/b-akinci-drone-1 #grabcad #uav #fighterdrone #drone #solidworks #3dmodeling #viral #bayraktartb2UGV 2024 Six WheelerPIPINO SYMMETRIC2024-01-18 | UGV 2024 Six Wheeler@pipinosymmetric Link to download the 3D model; grabcad.com/library/ugv-21UGV #minigun #3danimation #solidworks #viral #ugvchassis #automobile #military #solidworksPIPINO SYMMETRIC2024-01-12 | @pipinosymmetric Link to download the 3D model assembly from Grabcad;grabcad.com/library/ugv-21 Video; youtu.be/PDDhplNsb5c Six wheeler UGV 2024 minigun #3danimation #solidworks #viral #ugvchassis #automobile #military #solidworks #pcgaming #madewithunityCar starting system! #startermotor #flywheel #engine #viral #automobile #solidworks #crankshaftPIPINO SYMMETRIC2024-01-11 | @pipinosymmetric The major components of a car starting system namely; starter motor, 12V battery, crankshaft, engine flywheel, and alternator. Car starting system #startermotor #flywheel #engine #viral #automobile #solidworks #crankshaft
Download the 3D model assembly from here; grabcad.com/library/car-starting-system-1UAV #drone #uav #3danimation #viral #baýraktar #aviation #airdefense #military #solidworks #enginePIPINO SYMMETRIC2024-01-03 | Unmanned aerial vehicle simulation in Solidworks. #simulation #uav #drone #3danimation #bayraktarkızılelma #bayraktarakıncı #propeller @pipinosymmetric UAV #madeinturkey #viral #baýraktar #aviation #airdefense #military #solidworks #engineFrancis turbine animation. #turbine #viral #solidworks #hydropower #energy #3danimation #powerPIPINO SYMMETRIC2024-01-02 | 3D animation of a Francis turbine in action #solidworks #Francisturbine #3danimation #flow #viral #hydropower #electricity #howstuffworks #turbine #hydropower #energy #powerGate valve working animation. #gatevalve #howstuffworks #3danimation #viral #sluice #piping #flowPIPINO SYMMETRIC2023-11-27 | Gate valve animation #gatevalve #viral #solidworks #hydraulic #valve #electromechanical #piping @pipinosymmetricModeling the Kaplan turbine #kaplan #solidworkstutorial #turbine #howstuffworks #solidworks #3dPIPINO SYMMETRIC2023-10-18 | Extracted from @pipinosymmetric youtu.be/X9L1UNqPYMk?si=8vWUlfg7ekf4EdOx Modeling the Kaplan turbine in Solidworks, check out the Pelton youtu.be/_MEg_7l9nhY?si=QbFFhyElO5Tqf3Ly #kaplan #solidworkstutorial #turbine #howstuffworks #viral #viralshorts
Solidworks mentorship; https://rb.gy/pu2i0How to model and animate the Kaplan turbine in SolidworksPIPINO SYMMETRIC2023-10-18 | After successfully modeling the Pelton turbine in the previous video; youtu.be/_MEg_7l9nhY?si=3F_eIYLqp42M_VKg, the focus now shifts to Kaplan. A step-by-step breakdown of accomplishing this epic journey for a beginner to model in Solidworks. @pipinosymmetric SolidWorks workshop; https://rb.gy/2lelqf Download the 3D model assembly from here; grabcad.com/library/kaplan-turbine-21 #grabcad #kaplanturbine #3dtutorial #solidworks How to model and animate the Kaplan turbine in Solidworks; youtube.com/watch?v=X9L1UNqPYMkLearn SOLIDWORKS by modeling an Aston Martin One-77 #solidworkstutorial #solidworks #viral #3dcadPIPINO SYMMETRIC2023-10-11 | Get access to the complete modeling guide of an Aston Martin One-77 here; learnsolidworks.com/solidworks-workshop?affiliate=pipino Additionally, you will receive professional Solidworks mentorship.Ball valve positions #ballvalve #solidworkstutorial #viral #mechanical #3danimation #leverPIPINO SYMMETRIC2023-10-02 | Ball valves play vital roles in regulating flow in hydraulics by enabling open and close positions. Get access to the modeling tutorial; Episode 1; youtube.com/watch?v=nc3npaoFZoY&t=1475s Episode 2; youtube.com/watch?v=ekWucRrXoX8&t=1598s Solidworks mentorship; https://rb.gy/pu2i0 #howdoballvalveswork #ballvalves #fluidmechanics #hydraulicsystems #oilandgas #viral #viralshortsModel and animate the pelton turbine #solidworksassembly #solidworkstutorial #peltonturbine #viralPIPINO SYMMETRIC2023-10-02 | Watch the full video here; youtube.com/watch?v=_MEg_7l9nhY Model and animate the pelton turbine #solidworksassembly #solidworkstutorial #peltonturbine #viralModeling and animating the Pelton turbine in SolidWorksPIPINO SYMMETRIC2023-09-30 | We are going to dive into the basic modeling and animating of a Pelton turbine wheel in Solidworks. @pipinosymmetric #3danimation #solidworks #viral #grabcad #peltonturbine #hydroelectricity #kaplan #francis #piping #viral #grabcad #acpower SolidWorks workshop; https://rb.gy/2lelqf Modeling and animating the Pelton turbine in Solidworks; youtube.com/watch?v=_MEg_7l9nhY Download the 3D model from Grabcad; grabcad.com/library/pelton-turbine-26
Key chapters; 0:22 Model outcome 1:42 Reference images 4:05 Body 32:18 End of part 1Episode 2: Assembly and animation of a ball valve in SolidworksPIPINO SYMMETRIC2023-08-04 | Episode 2: Assembly and animation of a ball valve in Solidworks; youtube.com/watch?v=ekWucRrXoX8&t=29s This is the final episode, check out the previous one here;youtu.be/CUy0J0Wq0tM You'll be equipped with the knowledge and display of how to model, assemble, and animate a ball valve in Solidworks. @pipinosymmetric Download the 3D model from Grabcad; grabcad.com/library/ball-valve-184
A comprehensive tutorial guide for beginner, intermediate, and advanced users of Solidworks 3D software encompassing them all in a unifying effort. #beginner #intermediate #advanced #amateur #encompassing #solidworkstutorial #solidworksassembly #ballvalve #3danimation #viral #piping How to model and animate the Kaplan turbine in Solidworks; youtube.com/watch?v=X9L1UNqPYMk&t=490s
Key chapters 1:10 Body 17:50 Ball 23:06 Lever 27:00 Assembly 35:45 AnimationSolidworks assembly #3dmodeling #solidworks #3danimation #viral #aviation #airbusa400m #3dcadPIPINO SYMMETRIC2023-04-16 | Solidworks assembly #3dmodeling #solidworks #solidworkscourse #solidworksassembly #airbusa400m #viral #aviation #transportplanes #airtravel #military @pipinosymmetricAmazing 3D model #pulpit #solidworks #3dmodeling #shell #shorts #3d #art #viral #preachingPIPINO SYMMETRIC2023-04-15 | Amazing 3D model #pulpit #solidworks #3dmodeling #shell #shorts @pipinosymmetric
Pulpit 3D model was drawn in Solidworks utilizing the shell and draft features.5.4 How to use swept boss in SolidworksPIPINO SYMMETRIC2023-04-15 | A swept boss in SolidWorks is a feature that creates a solid shape by sweeping a profile along a path. The swept boss feature is useful for creating complex geometry that would be difficult to create using other features such as extrude or revolve. @pipinosymmetric SolidWorks workshop; https://rb.gy/2lelqf
Here are the steps to create a swept boss in SolidWorks:
1. Start a new sketch on the plane where you want to create the swept boss. 2. Create a profile that you want to sweep along a path. The profile can be a closed or open sketch entity, such as a circle, rectangle, or spline. 3. Start another sketch on a plane perpendicular to the path of the swept boss. 4. Draw a path for the swept boss. The path can be a sketch entity, such as a line or spline, or a 3D sketch. 5. Click on the "Swept Boss/Base" command from the "Features" toolbar. 6. In the "Swept Boss/Base" property manager, select the sketch profile and path that you created in steps 2-4. 7. Choose the type of sweep you want to create: "Thin Feature," "Mid-Plane," or "Offset From Surface." 8. Specify any additional options for the swept boss, such as twist or draft angles. 9. Click "OK" to create the swept boss feature. After creating the swept boss feature, you can modify it using the feature manager design tree and change its dimensions or other parameters.
5.4 How to use swept boss in Solidworks; youtube.com/watch?v=8STOEtddhpo #solidworks #sweptboss #3dmodeling #beginner #introduction #tutorial #howto #howtodraw #viral #tanks4.1 Creating new planes in SolidworksPIPINO SYMMETRIC2023-04-15 | To create a new plane in SolidWorks, you can follow these steps: @pipinosymmetric
1. Open the part or assembly file where you want to create a new plane. 2. Click on the "Plane" command from the "Reference Geometry" toolbar. 3. In the "Plane" property manager, select a reference plane or planar face to which the new plane will be parallel or perpendicular. 4. Specify the distance or offset value for the new plane. 5. Click "OK" to create the new plane.
You can also create a new plane using the "Sketch" command:
1. Open the part or assembly file where you want to create a new plane. 2. Click on the "Sketch" command from the toolbar. 3. Draw a sketch on a planar face or plane where you want to create the new plane. 4. Click on the "Plane" command from the "Reference Geometry" toolbar. 5. In the "Plane" property manager, select the sketch entity that you just created as the reference for the new plane. 6. Specify the distance or offset value for the new plane. 7. Click "OK" to create the new plane.
There are also several other methods to create a new plane in SolidWorks, such as using the "Reference Plane" command, the "Convert Entities" command, or the "3D Sketch" command.
Video chapters 0:35 Single reference 2:35 Double references 3:30 Example
Enroll in a SolidWorks course for beginners; payhip.com/b/Mwu58 #solidworkscourse #beginner #creatingnewplanes #introduction #3dmodeling #enroll #enrolltoday #solidworks #planes3.1 How to use smart dimension in SolidWorksPIPINO SYMMETRIC2023-04-12 | How to use smart dimension in SolidWorks 2022 @pipinosymmetric youtube.com/watch?v=tG6aRXe9t8E Solidworks mentorship; https://rb.gy/pu2i0
To use the Smart Dimension tool in SolidWorks, you can follow these steps:
1. Start a new sketch on a plane or face where you want to add dimensions. 2. Draw the entities you want to dimension, such as lines, arcs, or circles. 3. Go to the "Sketch Tools" tab and select "Smart Dimension" from the drop-down menu. 4. Click on the entity you want to dimension. SolidWorks will automatically suggest potential dimensions for the entity. 5. Click on the suggested dimension you want to use or type in a custom dimension in the text box. 6. Repeat the previous steps for any other entities you want to dimension. 7. Click "OK" to complete the dimensioning operation.
You can also use the Smart Dimension tool to add angular dimensions, ordinate dimensions, and other types of dimensions. To add an angular dimension, follow these steps:
1. Start a new sketch on a plane or face where you want to add an angular dimension. 2. Draw the lines or arcs you want to dimension. 3. Go to the "Sketch Tools" tab and select "Smart Dimension" from the drop-down menu. 4. Click on one of the lines or arcs you want to dimension. 5. Move your cursor to a point where you want to place the angular dimension. SolidWorks will automatically show you the potential angular dimensions. 6. Click on the suggested dimension you want to use or type in a custom dimension in the text box. 7. Repeat the previous steps for any other lines or arcs you want to dimension. 8. Click "OK" to complete the dimensioning operation.
If you need to modify or delete a dimension, you can do so by selecting the dimension and using the dimension tools in the "Smart Dimension" dialog box. You can also use the "Modify" tool to change the entity that a dimension is attached to.
#solidworks #cad #3dmodeling #designsoftware #tutorial #sketching #dimensions #solidworkstraining #modify #tools #steps #stepbystep3.2 How to trim entities in SolidWorksPIPINO SYMMETRIC2023-04-12 | How to trim entities in SolidWorks 2022. @pipinosymmetric youtube.com/watch?v=bQtoTMwEHE4 Solidworks mentorship; https://rb.gy/pu2i0 SolidWorks workshop; https://rb.gy/2lelqf To trim entities in SolidWorks, you can follow these steps:
1. Start a new sketch on a plane or face where you want to trim entities. 2. Draw the entities you want to trim, such as lines, arcs, or splines. 3. Go to the "Sketch Tools" tab and select "Trim Entities" from the drop-down menu. 4. Click on the part of the entity you want to remove. The section of the entity beyond the point you clicked will be removed. 5. Repeat the previous step for any other parts of the entity you want to remove. 6. Click "OK" to complete the trim operation.
You can also use the "Power Trim" tool in SolidWorks, which allows you to trim multiple entities at once. To use Power Trim, follow these steps:
1. Start a new sketch on a plane or face where you want to trim entities. 2. Go to the "Sketch Tools" tab and select "Power Trim" from the drop-down menu. 3. Click and drag the cursor over the entities you want to trim. The parts of the entities within the selection area will be removed. 4. Click "OK" to complete the trim operation.
If you need to trim entities that intersect with each other, you can use the "Trim to Closest" option. To use this option, follow these steps:
1. Start a new sketch on a plane or face where you want to trim entities. 2. Go to the "Sketch Tools" tab and select "Trim Entities" from the drop-down menu. 3. Hold down the "Ctrl" key on your keyboard and click on the part of the entity you want to remove. The entity will be trimmed to the closest intersection point with other entities. 4. Repeat the previous step for any other parts of the entity you want to remove. 5. Click "OK" to complete the trim operation.
#solidworks #trimentities #beginner #cadtutorials #designsoftware #engineering #engineer #mechanicalengineering #3dmodeling #editingsketches #editingtutorial #trimtoclosest #powertrim #splines #arcs #smartdimension #circularpatternHow to model the M1A1 Abrams tank in SolidWorks part 3PIPINO SYMMETRIC2023-03-21 | How to model the M1A1 Abrams tank in SolidWorks part 3 @pipinosymmetric #solidworks #m1a1 #m1abrams #solidworkstutorial #mainbattletank #beginner #intermediate #advanced
Check out AiTelly[youtube.com/@Aitelly] for more comprehensive 3D animations.How to model the M1A1 Abrams tank in SolidWorks part 2PIPINO SYMMETRIC2023-03-20 | How to model the M1A1 Abrams tank in SolidWorks part 2@pipinosymmetric This step-by-step video tutorial is beneficial to beginner, intermediate, and advanced users of SolidWorks 3D modeling software. Solidworks mentorship; https://rb.gy/pu2i0 Chapters 0:00 Intro to part 2 0:25 Chassis 7:40 Extrusion 13:50 Turret 32:00 Assembly 34:44 The end
Have a taste of the beast or whispering death in war thunder. Check out AiTelly[youtube.com/@Aitelly] for more comprehensive 3D animations. Click here for a SOLIDWORKS Boeing 747 video course ➜ pipino--learnsolidworks.thrivecart.com/learnsolidworks-boeing-747-courseHow to model the M1A1 Abrams tank in SolidWorks part 1PIPINO SYMMETRIC2023-03-20 | How to model the M1A1 Abrams tank in SolidWorks part 1 @pipinosymmetric This step-by-step SolidWorks tutorial is meant for beginner, intermediate, and advanced users of SolidWorks 3D modeling software. SolidWorks mentorship; https://rb.gy/pu2i0 SolidWorks workshop; https://rb.gy/2lelqf Chapters 0:00 Intro to part 1 0:10 Insertion of blueprints 7:45 Wheels 8:15 Sketching armor 13:20 Extrusion 15:30 Mirror 26:28 Assembly 31:30 Sprocket 45:44 The end
M1A1 Abrams Main Battle Tank; youtube.com/watch?v=rl-2V_uw7y0 M1A1 Abrams tank round; youtube.com/watch?v=3f9rMWgOTdk&t=136sM1A1 Abrams Main Battle TankPIPINO SYMMETRIC2023-03-17 | The M1A1 Abrams Main Battle tank is an American military tank made by Chrysler Defence. #solidworks #m1a1 #m1abrams #mainbattletank The tank was drawn in Solidworks 2022. It's the best and most popular tank in use by us armed forces. Play war thunder to have a grip on this wonderful machine. The tank has many variants like the M1, M1A1, and M1A2 types spearheading advancements in armament, protection, electronics for mobility, and targeting purposes. Solidworks mentorship; https://rb.gy/pu2i0 The best main battle tank; youtube.com/watch?v=rl-2V_uw7y0&t=12s Check out how to model the 120mm tank round; youtube.com/watch?v=3f9rMWgOTdk&t=136s This video is suitable for beginner, intermediate and advanced users of SolidWorks 3D modeling software.@pipinosymmetric
Video timeline/Chapters 0:00 Integrated preview rendering 1:00 Sand camouflage 1:50 Different views 3:37 Green camouflage 5:25 The end
Click here for a SOLIDWORKS Boeing 747 video course ➜ pipino--learnsolidworks.thrivecart.com/learnsolidworks-boeing-747-courseEurocopter Tiger EC 665 - Airbus Multi-Role Combat helicopterPIPINO SYMMETRIC2023-02-04 | Tiger Eurocopter EC665 Airbus multi-combat role helicopter modeled in Solidworks 2022. @pipinosymmetric #solidworks #solidworks2022 #eurocopter #eurocoptertiger SolidWorks mentorship; https://rb.gy/pu2i0 SolidWorks workshop; https://rb.gy/2lelqf The Eurocopter Tiger is a four-blade, twin-engine attack helicopter that first entered service in 2003. It is manufactured by Airbus Helicopters, which arose from the merger of Aérospatiale's and DASA's respective helicopter divisions. Airbus Helicopters designates it as the EC665. Wikipedia This attack helicopter is a result of the cooperation of the French and German governments though several other countries like Australia and Spain are beneficiaries. Armed with hydra rockets, advanced gyro-stabilized radar, superior automatic cannon gun, and laser-guided AGM-114 hellfire missiles. This video can guide beginner, intermediate, and advanced users of Solidworks 3D modeling software. 3D model available at CGtrader; bit.ly/3XjfyQh