Use this section to estimate conveyor speed, size motors, check servo torque, evaluate gear ratios, and confirm gearbox output for practical motion system design and troubleshooting.
This is built for real automation work — conveyors, axes, servo applications, drive sizing, and motion troubleshooting.
Use the path that matches the problem instead of guessing which motion calculator fits.
Start here when the line speed, belt speed, roller speed, or throughput does not match what you need.
Go here when the conveyor struggles to start, stalls, overheats, or does not feel like it has enough torque or power.
Use this when you need to estimate motion torque, choose a ratio, or check gearbox output against the actual load.
These paths help people move through the motion section logically instead of bouncing between unrelated tools.
Use this when the real job is turning speed requirements into motor sizing decisions.
Use this when you need to estimate torque first, then work the gearing and output side.
These are the current motion pages in the section. Together, they cover line speed, motor sizing, servo torque, gearing, and gearbox output checks.
Estimate belt or conveyor speed based on roller, pulley, or drive inputs when the real question is throughput or line speed.
Open calculator →Estimate motor power and torque requirements for conveyor applications when the drive feels weak, overloaded, or undersized.
Open calculator →Estimate required servo torque for acceleration and load conditions in motion-axis applications.
Open calculator →Estimate the ratio needed to translate speed and torque between the motor and the load.
Open calculator →Check gearbox output torque against the driven load once ratio and upstream torque are known.
Open calculator →Use the problem solver when the user knows the symptom but not which speed, motor, or motion page fits yet.
Open problem solver →Use the help page when the drive system is live, the application is machine-specific, or the sizing problem needs real review.
Request help →This section is built to help people solve real motion problems faster — not just calculate numbers with no context.
Most users know the symptom first: too slow, undersized, torque uncertain, or ratio unclear.
It helps turn speed requirements into motor, ratio, and gearbox decisions in a logical order.
Less obvious motion tools get surfaced instead of being buried in a long general calculator list.
Built for real conveyors, servo axes, and machine design support instead of generic textbook examples.
Motion calculators help you move faster, but some applications need live review of the conveyor, axis, inertia, load, gearing, or real machine behavior. If you need help on a real system, use the help page and describe what the machine is doing.