Greatly reduce the toggle effect and swivel resistance with our patented double-swivel castor, perfect fit for smoother AGV/AMR navigation. Request a quote.
Key Features & Core Benefits:
Patented Double-Swivel Technology: Designed specifically for high-precision AMR docking and tight-space maneuvering.
Reduces Swivel Resistance: Engineered geometry lowers starting torque and swivel friction by up to 50%.
Extends Robot Battery Life: Reduced mechanical drag allows drive motors to operate more efficiently, increasing uptime per charge.
Minimized Toggle Effect: Dual-pivot architecture ensures smoother directional transitions compared to standard single-pivot castors.
Technical parameters:
Note: The parameters listed above serve as technical baselines. We specialize in custom offset adjustments, load-rating optimization, and specialized tread formulations to match your robot’s specific Center of Gravity (CoG), turning radius, and total gross weight.
Ideal For:
High-Precision AMRs: Robots requiring exact positioning and fluid “crab-walk” or diagonal movements in tight spaces.
Warehouse Sorting Robots: Platforms that perform frequent 90-degree turns and require low starting torque to save battery.
Narrow-Aisle Logistics: AGVs operating in constrained environments where standard castor “kick-out” or toggle delay must be minimized.
Hospital & Service Robots: Automated platforms moving through crowded corridors that require smooth, predictable steering transitions.
Technical parameters:
Note: The parameters listed above serve as technical baselines. We specialize in custom offset adjustments, load-rating optimization, and specialized tread formulations to match your robot’s specific Center of Gravity (CoG), turning radius, and total gross weight.
Ideal For:
High-Precision AMRs: Robots requiring exact positioning and fluid “crab-walk” or diagonal movements in tight spaces.
Warehouse Sorting Robots: Platforms that perform frequent 90-degree turns and require low starting torque to save battery.
Narrow-Aisle Logistics: AGVs operating in constrained environments where standard castor “kick-out” or toggle delay must be minimized.
Hospital & Service Robots: Automated platforms moving through crowded corridors that require smooth, predictable steering transitions.
These below models serve as technical baselines. We specialize in custom mounting, load ratings, and tread formulations to match your specific chassis requirements.
