combat robot drum spinner 3d models

Ripcord is a 1 pound reversed vertical spinner, meaning that it has a disc with 2 "blades" that catches on opponent's bots and sends them flying backwards. This bot has been fully printed, but not tested in a battle yet. I also used the following: ...

This is a 150g combat robot (antweight in the UK and Australia, fairyweight in the USA) design I came up with to use as loaner bots for local fights. I've modified the N20/micro-metal gearmotor clamps from Fryddog's bot Rollcage...

This is a 150g combat robot (antweight in the UK and Australia, fairyweight in the USA) design I've come up with for use as loaner bots for local fights. I've modified the N20/micro-metal gearmotor clamps from Fryddog's bot Rollcage and similar...

A total of two, out of the two hundred liter chemical drums, are set to be moved by the robot.

A robotic arachnid, engineered for both assault and reconnaissance purposes.

More details to come...\r\n\r\nThis is my initial attempt at designing a 150g combat robot. I'm really eager to build it this summer, but I'm concerned that I won't have access to a 3D printer. \r\nMy design was quite rushed, as I just learned about...

Both are official distributors for FingerTech and amazing sponsors of combat robotics. HARDWARE 6-32 1-1/8in socket head screws. These screws go through the main body and sandwich everything together. https://www.mcmaster.com/91251A870/ 6-32...

1lb combat robot inspired by Hal Rucker's DUCK! Print instructionsDuckling build guide BILL OF MATERIALS Description qty source Notes M3x20 cap screw 12 https://www.mcmaster.com/91280A116 One package 30:1 gear motor 6...

I'm currently working on a 3D project that's allowing me to try my hand at designing a combat mech. ...Unfortunately, I've been unable to track down the original artist who inspired this design, so I'll simply include a link to the image here:...

The robot was crafted for Motorama 2018's Robot Conflict event as a Featherweight. Its design is predominantly my own work, with assistance from one friend. CAD models are primarily self-created, except for select manufacturer website models that...

A massive robotic soldier from our tabletop roleplaying game Wayfarer: Things Beyond Wonder was designed in 18mm scale for our Wayfarer miniatures. These same models are used for Pocket-Tactics. To scale up the designs to 28mm scale gaming, increase...

The robot relies on a high-performance Cobra 2204 motor for propulsion, paired with N20's and precision-engineered pololu wheels. To secure the motor in place, M3 heat set inserts were utilized, readily available at McMaster for purchase. ...This...

To assemble your robotic soldier, follow these straightforward steps: Firstly, print each half at an optimal .1 layer height with 15% infill density. Once printed, carefully separate the two halves along the designated seam. ...Next, apply a small...

I'm building a custom wheel for my antweight robot, using a 2" foam wheel with an inner diameter of 15mm. This setup requires two #4 3/8" screws and a wheel collar that perfectly fits 3mm motor shafts. ...The ideal component for this project can be...

Below is the detailed list of components needed to bring this formidable robot into being: - Micro Metal Gearmotors with either a 30:1 or 50:1 ratio work flawlessly (find them at...

To witness this hexapod in action, check out our demo video on the Vorpal Robotics YouTube channel: https://www.youtube.com/watch?v=GW3ZaxP6OhM. The 3D printed gamepad allows users to command the hexapod to perform an impressive 60 different...

I designed this robot with versatility in mind, catering to three different weight categories: 35Kg, 45Kg, and middleweight. The welded steel chassis design is a cost-effective solution that can be achieved through the use of laser cutting or water...

This is my second combat bot in the Beetle weight category - up to 1.5 kilograms. Although in fact it weighs a little more. But this is exactly a training model, it can be assembled from any more or less suitable components, because there is a lot of...

The robot's drum-playing ability is made possible by using rubber bands and strings as arms, which are attached to a balloon that serves as the drum. The entire setup is created through 3D printing, requiring a total of 13 hours to complete when...

First test for our 1 lb drum spinner bot. Have not printed yet, so will update as things get figured out. Bull themed! ... 20% infill with 5 walls for chassis and lid 100% infill with 5 walls for drum

Models for the event winning 150g Spark! ...combat robot kit previously from AbsoluteChaosRobotics.com.

You will need: From Botkits: 2 high-torque drive motors at 780RPM and 1 Scorpion DESC motor From Fingertech Robotics: 2 powerful brushless ESC's with 20A capacity 2 Fingertech Inrunners for exceptional speed 2 strong belts rated at 150T 2 precision...

30lb combat robot, designed to be laser cut from AR500 and welded together. The robot uses belt reductions for the weapon and drive.I don't recommend actually constructing this. ...More information about it's combat history can be found here:...

If you want a more detailed breakdown of the build, check out this instructable here: https://www.instructables.com/id/Ant-weight-Combat-Robot-Build-PT1-test-Bed/ This frame was printed on a community printer at my local makerspace:...

4wd vertical spinner.

In my upcoming FMB 2018 entry, "BANANA KETCHUP," a featherweight combat robot design, I share comprehensive details to inspire fellow battlebot enthusiasts. ...Wishing everyone the best as we compete in China!

This combat robot, designed for the Norwalk Connecticut robot competition thing, features a unique drivetrain that is powered by angry discord users. ...Because of this, it qualifies for the unique driving bonus and as such can be legally operated while...

This robot is more of an art piece than a fully functional combat robot. It's absolutely bonkers to see a 150-gram duck-shaped "hammer bot" in action. ... Check out how I built it from scratch here: https://youtu.be/x72dw8_nQqA Watch it come to life...

I founded Leatherbacks - Combat Robotics at the University of Maryland, and this is my entry into our inaugural, self-hosted Showcase of Combat Robotics @ Maryland (SCR@M for short). ...Competitors were given a specific rule set, chassis were printed on...

... the centre of mass is on the front. Like I said is my first robot. I hope it is useful to someone. :)Some fight:https://www.instagram.com/reel/C51cIf-tzCF/?utm_source=ig_web_copy_link&igsh=MzRlODBiNWFlZA==Instagram: gyro_issues_combat_robotics