ARm Manipulator vs RoboSimL

ARm Manipulator is a simulation of the classic 1980s robotic toy with an immersive Augmented Reality experience. Version 2.0 utilizes the latest frameworks for improved realism, intuitive controls, and engaging gameplay. Experience precision control using a new virtual interface or use external dual analog hardware controllers. Enjoy the immersive effect of spatial audio, refined graphics, and enhanced mechanics exploration. Switch between Augmented Reality and a new non-AR mode for versatile play. Try Before You Buy: Use Free Mode to ensure compatibility and test controls on your device. Unlock the complete experience—including detailed gameplay and comprehensive mechanics exploration—with a single in-app purchase. This app does require a device that is compatible with Apple's ARKit. This App may include: -Direct links to the internet that can take players away from the game with the potential to browse any web page. If IAP purchase is disabled, these links are disabled. (Parental Control) -The option to make in-app purchases. The bill payer should always be consulted beforehand. Terms of Use: https://www.apple.com/legal/internet-services/itunes/dev/stdeula/ Privacy Policy: https://www.bp3dapps.com/armprivacy

A driving practice tool for competition robotics teams. Every robot in the app began as a team's own CAD. Each one is rebuilt part by part — real joints, real pivots, real drivetrain geometry — so what you drive on your phone moves the way the machine on the field moves. DRIVE Twin on-screen sticks and a set of mechanism buttons. Pick a robot, tap Drive, and you are on a full-size field with cups, pins and toggles to rotate. MECHANISMS THAT WORK LIKE THE REAL ONES Claws open and close and actually hold a game piece. Cascade lifts and double reverse four-bars run through their real travel. Pneumatic cylinders snap between two positions the way a solenoid does, in the real 25 / 50 / 75 mm stroke classes. Intakes pull pieces in. Nothing here is an animation — each mechanism is a physics joint being driven by a motor model. PHYSICS TUNED AGAINST THE MACHINE Wheel speed is set from the drivetrain's real free-spin RPM. Slam the sticks into reverse and the robot plows to the traction limit instead of stopping dead. Raise a lift and the robot rolls in turns, exactly as a tall robot does. Robots have real mass, and a heavy arm out front changes how the whole thing drives. CONTROLS YOU CAN MAKE YOURS Resize the sticks, change their opacity, drag every button where your thumbs actually are, and reassign what each one does. Switch a mechanism between one-button toggle and two-button hold. Set drive and turn sensitivity. Choose which end of the robot the sticks treat as the front. YOUR ROBOT IN THE APP Send us your robot from inside the app — an FBX exported out of your CAD, or a URDF — and we will build it into a drivable robot and send it back to you. Choose whether it is listed for everyone or unlocked only by a code you pass to your own team. It takes a few days and we tell you when it is done — or tell you what to re-export if the file cannot be made to drive. NO ACCOUNT, NO ADS, NO PURCHASES There is nothing to sign up for and nothing to buy. Your settings never leave your device. The app works offline. Not affiliated with, endorsed by, or sponsored by VEX Robotics, Innovation First International, or the REC Foundation. Robot designs remain the property of the teams that built them.