Collision damage between Robots that drive into each is possible. Robots can be connected with realistic Powered Joints like Pistons, Servos and Rotating Platforms. Robots can be constructed to pick up or flip other Robots. Robots can have physical interactions with each other. The server is 100% authoritative over the game state, which helps with things like making sure you cannot get shot through walls. There is no automatic alignment rectifier, but you can build your own using the blocks and systems available if you feel you need it.Īll Physics is processed on the server, this allows for a number of key things to be possible Undo, redo and Mirror mode are planned but may not launch with the first playable build. Robots do not need to be just one object to enter a battle, you can make builds that contain separated elements such as a larger robot with a smaller drone that can be deployed. Select, cut, copy and paste and store copies in the Scratch Pad to use later. Flip blocks with F for some blocks that have different left and right versions. Weapons are fixed and do not self-rotate, but they can be combined with aim servos so that you can rig up weapons manually. Tweakable stat system which allows you to edit the stats of functional parts including suspension, dampening, torque, fire rate etc. Sensor blocks that can be added to your robot to trigger logic systems. An auto-wiring system will hook up many of the functional parts to the player seat without the player needing to wire each part individually. A wiring system that lets you connect seats, logic and sensors to a variety of functional parts. Advanced blocks for logic, mathematics, timers and memory storage allow for complex rigging of robots. Colours can be painted onto all shapes and the majority of functional parts. Materials have physical properties like density, friction, toughness, bounciness. Physical materials can be painted onto Shapes and Functional Parts.

More shapes are available to build than in RC1.

Robocraft x