2.2.8 Display Pitches by your preferred denominator

2.2.8   display

When entering a pitch value on a spec sheet, Spectre Cloud presents a dropdown list of selectable values. This setting controls the spacing and precision of the values in that list — coarser settings show fewer values and less scrolling, finer settings show more values with greater precision. The available options are 16TH, 16TH+, 32ND, 64TH.

Note: This setting applies specifically to pitch measurements on spec sheets (forward, reverse, lateral, and combination pitches for finger and thumb holes). It does not affect span measurements or any other values. Span measurements have their own display setting — see 2.2.7.

📐 What Is Pitch?

Pitch describes the angular tilt of a drilled hole relative to the centre of the bowling ball. It is expressed as a distance measurement — the amount of offset at the surface — rather than as a degree angle. Pitch values are typically small and must be recorded precisely, since even a small difference in pitch can noticeably affect a bowler's feel and release.

📏 Understanding the Four Options

16THS — Sixteenths 

The dropdown lists pitch values spaced in sixteenth-inch increments. For example: 3/16"1/4". Values are displayed as simplified fractions. This gives 16th level precision, which is standard practice for most proshops.

16S+ — Sixteenths with half-sixteenth notation

The dropdown lists pitch values spaced in sixteenth-inch increments, with a + value added between each pair representing a half-sixteenth (one thirty-second). For example: 3/16", 3/16+", 1/4" — where 3/16+ is a shorthand way of expressing 7/32". Values are displayed as simplified fractions. This gives 32nd-level precision in a format that is easier to read and say out loud than a thirty-second fraction.

32ND — Thirty-seconds

The dropdown lists pitch values spaced in thirty-second-inch increments — the same resolution as 16S+, but displayed as simplified fractions throughout rather than using the + shorthand notation. The list will contain the same number of values as 16S+, just expressed differently. Choose this option if your drillers prefer to read standard 32nd fractions over the + notation.

64TH — Sixty-fourths

The dropdown lists pitch values spaced in sixty-fourth-inch increments, displayed as simplified fractions. The most values in the list, requiring the most scrolling. Pitch tolerances are finer than span tolerances, which is why 64TH is available here but not for span measurements. Best suited to shops fitting high-performance or highly customised bowlers where small pitch differences are intentional and meaningful.

⚙️ Changing the Pitch Display Format

  1. Open Spectre Cloud at cloud.spectrebowling.com and log in.
  2. Select Settings from the menu.
  3. Navigate to the System Defaults section.
  4. Locate the Display Pitches in field and select 16S+, 32ND, 64TH, or Decimal.
  5. Changes are saved automatically.

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🎳 Which Format Should You Use?

Situation Recommended Format Reason
Standard 16th precision 16ths 16th-level precision, standard baseline for most proshops
Shop wanting 32nd precision in a readable format 16S+ 32nd-level precision expressed in a shorthand that is easier to read and communicate than thirty-second fractions
Shop recording pitches in thirty-seconds, prefer standard fractions 32ND 32nd increment with values shown as simplified fractions — familiar and clean
Precision fitting, competitive or high-performance bowlers 64TH Maximum fractional precision — captures intentional small pitch adjustments accurately
Shop using digital pitch gauges or calipers Decimal Enter and read the same format your measuring tool outputs — no conversion needed

🔄 Relationship to Other Display Settings

This setting works alongside the other measurement display settings in Spectre Cloud but applies only to pitch values on spec sheets:

Tip: If your drillers work from a printed pitch reference card or pitch gauge that uses a specific format, match this setting to that format. Eliminating the mental conversion between the card and the screen reduces errors during fitting.


Revision #7
Created 11 May 2026 16:02:36 by Admin
Updated 28 June 2026 02:12:36 by Admin