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Calcimator

Trapeze Height Calculator

Minimum ceiling height from trapeze bar length and swing arc.

Inputs

Results

Min rigging height (m)

12.75

Min ceiling (m)

14.25

Min rigging height (ft)41.83
Min ceiling (ft)46.75
Horizontal sweep (m)12.37
Horizontal sweep (ft)40.6
Speed at bottom (m/s)7.09
Speed at bottom (mph)15.86
G-force at bottom1.59
Bar rise at max swing (m)2.05
Vertical Drop At Swing6.19
How to Use This Calculator
  1. Enter rope length (m) from pivot point to the trapeze bar.
  2. Set the maximum swing angle (degrees) — 45° is moderate, 70°+ is advanced.
  3. Input performer height (m) from hands to toes when extended.
  4. Enter safety net height (m) above the floor (0 if performing above the floor).
  5. Review Required Rigging Height, Swing Clearance, and minimum overhead space needed.

How the result changes with Rope length (m)

Rope length (m)Min rigging height (m)Min ceiling (m)
2.458.29.7
7.3213.0714.57
1318.7520.25
1823.7525.25

What each input means

Rope length (m)
Length of trapeze ropes from pivot to bar.
Max swing angle (°)
Maximum swing angle from vertical (45° is moderate, 70°+ is advanced).
Performer height (m)
Performer's body length from hands to toes when extended.
Net height (m)
Height of the safety net above the floor (0 if performing above floor).
Safety clearance (m)
Minimum gap between performer's lowest point and the net/floor.

What each result means

Min rigging height (m)
Minimum height for the trapeze pivot point above the floor.
Min rigging height (ft)
Minimum pivot height in feet.
Min ceiling (m)
Minimum ceiling height including overhead hardware clearance.
Min ceiling (ft)
Minimum ceiling height in feet.
Horizontal sweep (m)
Total side-to-side distance of the swing arc.
Horizontal sweep (ft)
Sweep distance in feet.
Speed at bottom (m/s)
Performer's speed at the lowest point of the swing.
Speed at bottom (mph)
Speed in miles per hour.
G-force at bottom
Gravitational force multiplier the performer feels at the bottom.
Bar rise at max swing (m)
How high the bar rises above its rest position at maximum swing.

How this is calculated

Worked example, using the default values

  1. Identify Input Parameters
    4 parameters
    Rope length (m) = 7, Max swing angle (°) = 45, Performer height (m) = 1.75, Net height (m) = 3 = 5 input(s) provided
  2. Calculate Min rigging height
    Min rigging height = netHeightM + clearanceM + verticalDropAtRest
    12.75 = 12.75
  3. Calculate Min ceiling
    Min ceiling = minRiggingHeight + 1.5
    14.25 = 14.25
  4. Calculate Min rigging height
    Min rigging height = netHeightM + clearanceM + verticalDropAtRest
    41.83 = 41.83
  5. Calculate Min ceiling
    Min ceiling = minRiggingHeight + 1.5
    46.75 = 46.75

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