Which outcome occurs when a parallel robot loses kinematic redundancy?

💡 Explanation

Loss of kinematic redundancy restricts possible solutions for inverse kinematics, so decreased workspace dexterity arises because the robot cannot achieve some orientations. This limitation concentrates around problematic Jacobian matrix configurations, therefore dexterity wanes, rather than singularity management easing.

• Which risk increases when microwave antennas experience heavy icing?
• Which risk increases when a UAV’s collective pitch malfunctions during descent?
• Which outcome predictably occurs when a cellular base station experiences significant co-channel interference increasing beyond design thresholds?
• Which instability arises when a proportional valve's spool displacement significantly lags driver command in a hydraulic servo system?
• Which risk seriously increases when impedance drops unexpectedly in a resonant inverter circuit?
• Which risk increases when a subsonic aircraft's angle of attack exceeds the critical angle?