Auto cad you tube

HomeAbout FRCFTCShockwaveMedia Resources SponsorsStoreBlogMembers Team 254 had a spectacular 2011 season with our robot Slipstream, winning the FIRST Championship, the Silicon Valley Regional and the San Diego Regional. The team also won the Industrial Design award at the championship and the Entreprenurship Award for the first time in the team’s history making this Team 254’s most decorated season ever.Logomotion – The ChallengeLogo Motion is the 2011 FIRST Robotics Competition game. Playing pieces are inner tubes shaped like the components of the FIRST logo. The primary objective of the game is to place them on racks to gain points. In the endgame, robots deploy smaller robots (“minibots”) to climb a tower. Minibots must be made from the FIRST Tech Challenge kit of parts. The game celebrates the 20th season of the FRC and is also meant to commemorate the artist Jack Kamen, who designed the original FIRST logo. More Information can be found on Wikipedia .Game RevealSlipstream RevealSlipstream in ActionSlipstream – The RobotQuick FactsName SlipstreamStatus DisplayableWeight 100 lbsSize 27″ x 37″ x 59″CAD Render 1Build Blog BlogCompetition HistorySan Diego Regional Champion, KPCB Entrepreneurship AwardSilicon Valley Regional Champion, GM Industrial Design Award, Coopertition Award, Abbott Inventor Hall of Fame Award for ShockwaveFIRST Championship World Champion, Galileo Division Champion, GM Industrial Design AwardWRRF Calgames Champion, Finalist (Second Robot), AMD CAD AwardMadtown Throwdown Champion, Finalist (Second Robot)Robot Abilities6 Wheel Drivetrain System with two speed gearboxes. (High Gear at 19.8fps, Low Gear at 7fps). Center wheels are lowered to allow for maximum maneuverability. 3.5″ wheels keep the robot center of gravity very low to the ground.Two-stage vertical elevator raises over 9 feet to score on all three levels.Arm mounted on elevator allows for precise tube pickup and maneuvering.Dual roller system sucks tubes in and can rotate tubes in place. Sensor-driven control loops hold onto the tube with a firm grip.Pneumatics jaw releases tubes without using rollers to gracefully hang tubes on rack.Fast minibot and auto-aligning ramp deployment system allows minibot to quickly deploy, even under heavy defense.Automatic elevator and arm macros allow for semi-autonomous scoring © 2025 Team 254 Robotics Log InAbout the WebsiteBlogContact Us -->

Importing DXF Center Line Designs in Sheet Lightning Pro v6 This is a powerful new feature of Sheet Lightning Pro v6 that truly unleashes the design potential of the product. It is now possible to design a chute, structure, or other sheet metal design with any level or complexity of intersections using a conventional CAD system to simply create a 3D line layout. Sheet Lightning will then import the DXF file of this design and automatically interpret the 3D lines into tubes/pipe. Once the design is imported you can then modify the section sizes and parameters to create virtually any design within the products section design set. What does this mean? With a bit of 3D design experience using only 3D lines in a regular CAD system it is possible to create the most complex design structures. Consider exhaust manifolds, bike frames, tubular steel structures, playground slides, chutes with complex branching. The list goes on. Try loading one or two of the examples supplied with the demo. Fig: Complex Spiral Design with Spokes - Loaded as DXF 3D Center Lines We have even provided a simplified tube design of the the Eiffel tower to prove the power and potential of this feature. Here is an image of the base: Fig: Eiffel Tower Design Importing Example How Does it Work? - The 3D lines are imported and converted into tubes. Any lines that end with their ends coincident at the same point are connected with a bend intersection. This means any number of lines/tube can be connected at the same point. Any lines that end exactly on a midpoint of another line are interpreted as a tee intersection. If circles are placed on the line ends the circles are interpreted to be the tube diameter at that end, so by placing different diameter circles at each end the line is interpreted to be a cone. Any circle placed on a midpoint of a line is interpreted to be the diameter of the whole object - a tube. Here is a another structural example: Fig: Structurel Design Imported via DXF 3D Center Lines

You to maintain your desired cadence regardless of the incline of the slope ahead.Auto 2: MTB to focus on technical trailAUTO SHIFT while pedaling = OFFAutomatic FREE SHIFT = ONShift timing = 75rpmAUTO SHIFT 2, as set here does not allow AUTO SHIFT to change gears while pedaling because of the increased torque put through the drivetrain while riding technical trails. Instead, AUTO SHIFT should shift while coasting – or you can shift manually.However, the automatic FREE SHIFT functionality is enabled to select the correct gear for your speed while coasting. This makes sure you’ll be in the right gear if you need to pedal to accelerate rapidly.The Shift Timing is set to 75 revolutions per minute, which means that your desired cadence is 75rpm. Drop below that and you will be prompted to AUTO SHIFT into a lighter gear. Conversely, an increase in your cadence will trigger the system to prompt you to select a heavier gear.Riders can also deactivate AUTO SHIFT in the E-TUBE PROJECT Cyclist app by selecting manual shift. You can always override the AUTO SHIFT function by using the shifters, as you usually would on a traditional bike.Stay up to date“Besides customizing the level of assistance and fine-tuning the AUTO SHIFT functionality,” Rob Busser concluded, the Shimano E-TUBE PROJECT app also lets you wirelessly update your STEPS system’s firmware. This will keep your e-bike running smoothly for years to come – using the latest battery-management, power-delivery and AUTO SHIFT settings.” To find out more and to download the E-TUBE PROJECT Cyclist app, visit the App Store or Google Play or go to bike.shimano.com/en-EU/e-tube/project.

Piping and tubing drawings of routes include fittings, pipes, dimensions, and a BOM in an isometric view. Creating a Drawing You can create isometric drawings of piping or tubing assemblies that include the routing sketch, a BOM, or balloons. Before you create the drawing, click Options (Standard Toolbar) and click File Locations to select default paths for sheet formats and bills of materials.From a saved routing assembly, click Pipe Drawing . To create a tube drawing, click Tube Drawing (Tubing toolbar).Click to select a sheet format template. To include a BOM, select Piping BOM template or Tubing BOM template, and click to select a BOM template. Select other options and click . You can view the Pipe Length in notes and custom properties of a piping route and, the Bill of Materials in a drawing. Pipe Drawing PropertyManager To open this PropertyManager:Click Pipe Drawing (Piping toolbar).Drawing Options Drawing template Uses the selected template for the pipe drawing. Sheet format template Uses the selected template for the sheet format. Piping BOM template Uses the selected template for the BOM. Include auto balloons When selected, includes auto balloons in the drawing. Show route sketch When selected, includes the sketch in the drawing. Tube Drawing PropertyManager To open the Tube Drawing PropertyManager, click Tube Drawing (Tubing toolbar).Drawing Options Sheet format template Uses the selected template for the sheet format. Piping BOM template Uses the selected template for the BOM. Include auto balloons When selected, includes auto balloons in the drawing. Show route sketch When selected, includes the sketch in the drawing.