#VRML_SIM R2021a utf8 # license: Copyright Cyberbotics Ltd. Licensed for use only with Webots. # license url: https://cyberbotics.com/webots_assets_license # documentation url: https://www.cyberbotics.com/doc/guide/atlas # The "Atlas" is a humanoid robot developed by Boston Dynamics with funding and oversight from DARPA. # Extracted from: https://bitbucket.org/osrf/drcsim/src/c69ecab26a55/ros/atlas_description/urdf/atlas_simple_shapes.urdf PROTO Atlas [ field SFVec3f translation 0 1 0 # Is `Transform.translation`. field SFRotation rotation 1 0 0 -1.5708 # Is `Transform.rotation`. field SFString name "Atlas" # Is `Solid.name`. field SFString controller "hello_world_demo" # Is `Robot.controller`. field MFString controllerArgs [] # Is `Robot.controllerArgs`. field SFString customData "" # Is `Robot.customData`. field SFBool supervisor FALSE # Is `Robot.supervisor`. field SFBool synchronization TRUE # Is `Robot.synchronization`. field MFNode pelvisSlot [] # Extends the robot with new nodes in the pelvis slot. ] { Robot { translation IS translation rotation IS rotation children [ Group { children IS pelvisSlot } PelvisSolid { } DEF BackLbz HingeJoint { device RotationalMotor { name "BackLbz" maxVelocity 12 minPosition -0.610865 maxPosition 0.610865 maxTorque 124.016 } jointParameters HingeJointParameters { axis 0 0 1 anchor -0.0125 0 0 dampingConstant 0.1 } endPoint Solid { translation -0.0125 0 0 rotation 0 0 1 0 children [ LtorsoSolid { } DEF BackMby HingeJoint { device RotationalMotor { name "BackMby" maxVelocity 12 minPosition -1.2 maxPosition 1.28 maxTorque 206.843 } jointParameters HingeJointParameters { axis 0 1 0 anchor 0 0 0.09 dampingConstant 0.1 } endPoint Solid { translation 0 0 0.09 rotation 0 1 0 0 children [ MtorsoSolid { } DEF BackUbx HingeJoint { device RotationalMotor { name "BackUbx" maxVelocity 12 minPosition -0.790809 maxPosition 0.790809 maxTorque 94.91 } jointParameters HingeJointParameters { axis 1 0 0 anchor 0 0 0.05 dampingConstant 0.1 } endPoint Solid { translation 0 0 0.05 rotation 1 0 0 0 children [ UtorsoSolid { } DEF LArmUsy HingeJoint { device RotationalMotor { name "LArmUsy" maxVelocity 12 minPosition -1.9635 maxPosition 1.9635 maxTorque 212 } jointParameters HingeJointParameters { axis 0 0.5 0.866025 anchor 0.024 0.221 0.289 dampingConstant 0.1 } endPoint Solid { translation 0.024 0.221 0.289 rotation 0 0.5 0.866025 0 children [ LClavSolid { } DEF LArmShx HingeJoint { device RotationalMotor { name "LArmShx" maxVelocity 12 minPosition -1.39626 maxPosition 1.74533 maxTorque 170 } jointParameters HingeJointParameters { axis 1 0 0 anchor 0 0.075 0.036 dampingConstant 0.1 } endPoint Solid { translation 0 0.075 0.036 rotation 1 0 0 0 children [ LScapSolid { } DEF LArmEly HingeJoint { device RotationalMotor { name "LArmEly" maxVelocity 12 minPosition 0 maxPosition 3.14159 maxTorque 114 } jointParameters HingeJointParameters { axis 0 1 0 anchor 0 0.185 0 dampingConstant 0.1 } endPoint Solid { translation 0 0.185 0 rotation 0 1 0 0 children [ LUarmSolid { } DEF LArmElx HingeJoint { device RotationalMotor { name "LArmElx" maxVelocity 12 minPosition 0 maxPosition 2.35619 maxTorque 114 } jointParameters HingeJointParameters { axis 1 0 0 anchor 0 0.121 0.013 dampingConstant 0.1 } endPoint Solid { translation 0 0.121 0.013 rotation 1 0 0 0 children [ LLarmSolid { } DEF LArmUwy HingeJoint { device RotationalMotor { name "LArmUwy" maxVelocity 12 minPosition -1.571 maxPosition 1.571 maxTorque 114 } jointParameters HingeJointParameters { axis 0 1 0 anchor 0 0.188 -0.013 dampingConstant 0.1 } endPoint Solid { translation 0 0.188 -0.013 rotation 0 1 0 0 children [ LFarmSolid { } DEF LArmMwx HingeJoint { device RotationalMotor { name "LArmMwx" maxVelocity 12 minPosition -0.436 maxPosition 1.571 maxTorque 60 } jointParameters HingeJointParameters { axis 1 0 0 anchor 0 0.058 0 dampingConstant 0.1 } endPoint Solid { translation 0 0.058 0 rotation 1 0 0 0 children [ LHandSolid { } ] physics DEF DEFAULT_PHYSICS Physics { density -1 mass 0.001 inertiaMatrix [ 1 1 1 0 0 0] centerOfMass [0 0 0] } } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] name "LArmUsy" physics USE DEFAULT_PHYSICS } } DEF NeckAy HingeJoint { device RotationalMotor { name "NeckAy" maxVelocity 12 minPosition -0.610865238 maxPosition 1.13446401 maxTorque 5 } jointParameters HingeJointParameters { axis 0 1 0 anchor 0.01 0 0.43 dampingConstant 0.1 } endPoint Solid { translation 0.01 0 0.43 rotation 0 1 0 0 children [ HeadMesh { } ] name "NeckAy" physics USE DEFAULT_PHYSICS } } DEF RArmUsy HingeJoint { device RotationalMotor { name "RArmUsy" maxVelocity 12 minPosition -1.9635 maxPosition 1.9635 maxTorque 212 } jointParameters HingeJointParameters { axis 0 0.5 -0.866025 anchor 0.024 -0.221 0.289 dampingConstant 0.1 } endPoint Solid { translation 0.024 -0.221 0.289 rotation 0 0.5 -0.866025 0 children [ RClavSolid { } DEF RArmShx HingeJoint { device RotationalMotor { name "RArmShx" maxVelocity 12 minPosition -1.74533 maxPosition 1.39626 maxTorque 170 } jointParameters HingeJointParameters { axis 1 0 0 anchor 0 -0.075 0.036 dampingConstant 0.1 } endPoint Solid { translation 0 -0.075 0.036 rotation 1 0 0 0 children [ RScapSolid { } DEF RArmEly HingeJoint { device RotationalMotor { name "RArmEly" maxVelocity 12 minPosition 0 maxPosition 3.14159 maxTorque 114 } jointParameters HingeJointParameters { axis 0 1 0 anchor 0 -0.185 0 dampingConstant 0.1 } endPoint Solid { translation 0 -0.185 0 rotation 0 1 0 0 children [ RUarmSolid { } DEF RArmElx HingeJoint { device RotationalMotor { name "RArmElx" maxVelocity 12 minPosition -2.35619 maxPosition 0 maxTorque 114 } jointParameters HingeJointParameters { axis 1 0 0 anchor 0 -0.121 0.013 dampingConstant 0.1 } endPoint Solid { translation 0 -0.121 0.013 rotation 1 0 0 0 children [ RLarmSolid { } DEF RArmUwy HingeJoint { device RotationalMotor { name "RArmUwy" maxVelocity 12 minPosition -1.571 maxPosition 1.571 maxTorque 114 } jointParameters HingeJointParameters { axis 0 1 0 anchor 0 -0.188 -0.013 dampingConstant 0.1 } endPoint Solid { translation 0 -0.188 -0.013 rotation 0 1 0 0 children [ RFarmSolid { } DEF RArmMwx HingeJoint { device RotationalMotor { name "RArmMwx" maxVelocity 12 minPosition -1.571 maxPosition 0.436 maxTorque 60 } jointParameters HingeJointParameters { axis 1 0 0 anchor 0 -0.058 0 dampingConstant 0.1 } endPoint Solid { translation 0 -0.058 0 rotation 1 0 0 0 children [ RHandSolid { } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] name "RArmUsy" physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] name "BackLbz" physics USE DEFAULT_PHYSICS } } DEF LLegUhz HingeJoint { device RotationalMotor { name "LLegUhz" maxVelocity 12 minPosition -0.32 maxPosition 1.14 maxTorque 110 } jointParameters HingeJointParameters { axis 0 0 1 anchor 0 0.089 0 dampingConstant 0.1 } endPoint Solid { translation 0 0.089 0 rotation 0 0 1 0 children [ LUglutSolid { } DEF LLegMhx HingeJoint { device RotationalMotor { name "LLegMhx" maxVelocity 12 minPosition -0.47 maxPosition 0.495 maxTorque 180 } jointParameters HingeJointParameters { axis 1 0 0 anchor 0 0 0 dampingConstant 0.1 } endPoint Solid { translation 0 0 0 rotation 1 0 0 0 children [ LLglutSolid { } DEF LLegLhy HingeJoint { device RotationalMotor { name "LLegLhy" maxVelocity 12 minPosition -1.75 maxPosition 0.524 maxTorque 260 } jointParameters HingeJointParameters { axis 0 1 0 anchor 0.05 0 -0.05 dampingConstant 0.1 } endPoint Solid { translation 0.05 0 -0.05 rotation 0 1 0 0 children [ LUlegSolid { } DEF LLegKny HingeJoint { device RotationalMotor { name "LLegKny" maxVelocity 12 minPosition 0 maxPosition 2.45 maxTorque 220 } jointParameters HingeJointParameters { axis 0 1 0 anchor -0.05 0 -0.374 dampingConstant 0.1 } endPoint Solid { translation -0.05 0 -0.374 rotation 0 1 0 0 children [ LLlegSolid { } DEF LLegUay HingeJoint { device RotationalMotor { name "LLegUay" maxVelocity 12 minPosition -0.698 maxPosition 0.698 maxTorque 220 } jointParameters HingeJointParameters { axis 0 1 0 anchor 0 0 -0.422 dampingConstant 0.1 } endPoint Solid { translation 0 0 -0.422 rotation 0 1 0 0 children [ LTalusSolid { } DEF LLegLax HingeJoint { device RotationalMotor { name "LLegLax" maxVelocity 12 minPosition -0.436 maxPosition 0.436 maxTorque 90 } jointParameters HingeJointParameters { axis 1 0 0 anchor 0 0 0 dampingConstant 0.1 } endPoint Solid { translation 0 0 0 rotation 1 0 0 0 children [ LFootSolid { } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] name "LLegUhz" physics USE DEFAULT_PHYSICS } } DEF RLegUhz HingeJoint { device RotationalMotor { name "RLegUhz" maxVelocity 12 minPosition -1.14 maxPosition 0.32 maxTorque 260 } jointParameters HingeJointParameters { axis 0 0 1 anchor 0 -0.089 0 dampingConstant 0.1 } endPoint Solid { translation 0 -0.089 0 rotation 0 0 1 0 children [ RUglutSolid { } DEF RLegMhx HingeJoint { device RotationalMotor { name "RLegMhx" maxVelocity 12 minPosition -0.495 maxPosition 0.47 maxTorque 180 } jointParameters HingeJointParameters { axis 1 0 0 anchor 0 0 0 dampingConstant 0.1 } endPoint Solid { translation 0 0 0 rotation 1 0 0 0 children [ RLglutSolid { } DEF RLegLhy HingeJoint { device RotationalMotor { name "RLegLhy" maxVelocity 12 minPosition -1.745 maxPosition 0.524 maxTorque 260 } jointParameters HingeJointParameters { axis 0 1 0 anchor 0.05 0 -0.05 dampingConstant 0.1 } endPoint Solid { translation 0.05 0 -0.05 rotation 0 1 0 0 children [ RUlegSolid { } DEF RLegKny HingeJoint { device RotationalMotor { name "RLegKny" maxVelocity 12 minPosition 0 maxPosition 2.45 maxTorque 220 } jointParameters HingeJointParameters { axis 0 1 0 anchor -0.05 0 -0.374 dampingConstant 0.1 } endPoint Solid { translation -0.05 0 -0.374 rotation 0 1 0 0 children [ RLlegSolid { } DEF RLegUay HingeJoint { device RotationalMotor { name "RLegUay" maxVelocity 12 minPosition -0.698 maxPosition 0.698 maxTorque 220 } jointParameters HingeJointParameters { axis 0 1 0 anchor 0 0 -0.422 dampingConstant 0.1 } endPoint Solid { translation 0 0 -0.422 rotation 0 1 0 0 children [ RTalusSolid { } DEF RLegLax HingeJoint { device RotationalMotor { name "RLegLax" maxVelocity 12 minPosition -0.436 maxPosition 0.436 maxTorque 90 } jointParameters HingeJointParameters { axis 1 0 0 anchor 0 0 0 dampingConstant 0.1 } endPoint Solid { translation 0 0 0 rotation 1 0 0 0 children [ RFootSolid { } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] physics USE DEFAULT_PHYSICS } } ] name "RLegUhz" physics USE DEFAULT_PHYSICS } } ] name IS name model "Boston Dynamics Atlas" controller IS controller controllerArgs IS controllerArgs customData IS customData supervisor IS supervisor synchronization IS synchronization physics USE DEFAULT_PHYSICS } }