How to Put a Horse’s Closing Time in the Context of the Whole Race

A final-three-furlong time records how many seconds a horse took to cover that closing section. Finishing speed percentage compares the horse’s speed over the section with its average speed over the entire race. In practice, record the raw sectional, calculate the percentage using consistent distances and times, and then interpret it against an appropriate course-and-distance par.

The short answer: raw time records the finish; percentage adds race context

Measure	What it answers	Main limitation
Raw final-three-furlong time	How long did the closing three furlongs take?	Omits overall time and total-distance context
Unadjusted finishing speed percentage	How fast was the close relative to this horse’s average speed in this race?	Above or below 100% is not automatically strong or weak
Percentage versus the relevant par	How did the pace distribution compare with an appropriate expectation?	Requires a suitable par and comparable circumstances

The raw time is the elapsed time required to cover the final three furlongs. A recorded time of 36.00 seconds is a direct observation of that section, but it does not explain how the closing speed compared with the horse’s average speed earlier in the race.

Finishing speed percentage supplies that relationship. It uses the sectional distance and time alongside the total race distance and overall time, answering: “How fast was this section relative to this horse’s average speed in this race?”

That context does not automatically make different races directly comparable. Course layout, topography, conditions, timing methods and the applicable par can all affect the meaning of a high or low percentage.

Use the figures in three stages:

1. Record the sectional time to establish what happened on the clock.
2. Calculate finishing speed percentage to relate the section to the whole race.
3. Compare the percentage with a suitable par to add course-and-distance context.

How to calculate finishing speed percentage

The formula is:

finishing speed % = (100 × sectional distance × overall time) / (sectional time × overall distance).

This formula and the historical example below come from Simon Rowlands’s Timeform explanation of sectional analysis. In that example, Gleneagles recorded a manually timed final three furlongs of 36.16 seconds within an overall eight-furlong time of 97.55 seconds, producing approximately 101.2%.

You need four inputs:

• Sectional distance
• Sectional time
• Overall race distance
• Overall race time

The sectional and overall distances must use consistent units. If the sectional distance is entered in furlongs, for example, the overall distance must also be entered in furlongs. The times should likewise use the same unit, normally seconds.

Reusable calculation template

Sectional distance: ________
Sectional time:     ________
Overall distance:   ________
Overall time:       ________

Finishing speed % =
(100 × sectional distance × overall time)
÷ (sectional time × overall distance)
= ________%

For the Gleneagles example:

100 × 3 × 97.55 ÷ (36.16 × 8)
= 29,265 ÷ 289.28
≈ 101.2%

The result means Gleneagles covered the measured closing section at about 101.2% of his average speed over the whole race. It does not mean he was 1.2% faster than another horse, nor does it establish that 101.2% was the ideal figure for that course and distance.

Because the sectional was timed manually, the displayed precision should not be treated as equivalent to independently verified automated timing. The example demonstrates the arithmetic, but it does not show that the final three furlongs are always the best section to analyse in an eight-furlong race.

Why equal closing times can produce different percentages

Consider two horses running in separate hypothetical eight-furlong races. Both cover the final three furlongs in exactly 36 seconds.

Horse	Overall time	Final 3f time	Finishing speed
Horse A	96 seconds	36 seconds	100.0%
Horse B	102 seconds	36 seconds	106.25%

For Horse A:

100 × 3 × 96 ÷ (36 × 8) = 100.0%

For Horse B:

100 × 3 × 102 ÷ (36 × 8) = 106.25%

Horse B receives the higher percentage because the same closing-section speed is higher relative to its slower whole-race average speed. The calculation does not directly measure acceleration or establish when any change of speed occurred.

Nor does the higher percentage make Horse B’s performance better in absolute terms. The two horses recorded identical raw closing times, while Horse A completed the full distance six seconds faster. Finishing speed percentage describes the distribution of speed within each performance; it does not rank their overall merit by itself.

Total distance matters too. A 36-second sectional in an eight-furlong race is not mathematically equivalent to the same sectional in a longer contest because overall distance is one of the formula’s inputs. A leaderboard that collects closing times from unlike races can therefore conceal important differences.

Your question	Measure to use
What was the observed closing sectional?	Raw sectional time
How did the close relate to the whole race?	Finishing speed percentage
How unusual was that distribution here?	Deviation from a relevant par

A credible ranking should disclose the overall and sectional times, total and sectional distances, timing source, formula and applicable pars. Without those inputs, readers cannot reproduce the results or determine whether the performances are genuinely comparable.

What above or below 100% actually means

A finishing speed percentage above 100% means the horse covered the measured closing section faster than its average speed over the whole race. A result below 100% means its speed over that section was slower than its whole-race average.

The essential qualification is that 100% is a self-relative reference point. It compares one section of a horse’s race with the whole performance; it is not a universal benchmark for an objectively strong, weak or efficient finish.

A slowly run race can produce a high finishing speed percentage if the horse travels relatively faster late. Conversely, a demanding overall pace can produce a figure below 100% if the horse’s closing speed is lower than its average speed across the full distance. Neither result can be judged properly from its relationship with 100% alone.

The more useful comparison is:

Actual finishing speed percentage − relevant par

That par should suit the course, distance, measured section and relevant circumstances. A percentage close to 100% might be high against one par and low against another.

Timeform’s 2015 article cited approximately 111% for the Derby distance at Epsom and approximately 94% for the final two furlongs over the Eclipse distance at Sandown, illustrating how topography can move expected figures well away from 100%. It also suggested final-three-furlong analysis for races around nine to 14 furlongs and final-two-furlong analysis for races up to one mile. These are historical illustrations and methodological guidelines, not current official pars to apply mechanically.

The methodology presented here is principally based on that single 2015 expert article. It does not establish broad agreement among racing-data providers or supply a current database of pars for every course, distance, surface and condition. When no well-matched par is available, report the raw percentage descriptively rather than treating its distance from 100% as a quality rating.

When to use the final two furlongs instead

A final-three-furlong sectional is not suitable for every race. Sectional length should reflect the total distance and analytical purpose rather than being imposed on every contest.

The cited Timeform guidance treats the final three furlongs as potentially appropriate for races around nine to 14 furlongs. For races up to one mile, it suggests that the final two furlongs may be preferable. The shorter section can focus analysis on the later phase of a shorter race, while three furlongs may offer a more useful window over longer distances.

Neither choice is universally superior. The appropriate section depends on the race distance, the question being asked and the timing points that are available. Camera positions may also determine which section can be measured reliably when timing from footage.

For like-for-like comparisons:

• Use the same sectional length.
• Compare compatible overall race distances.
• Keep distance units consistent.
• Prefer similar timing methods or disclose any differences.
• Do not treat manual, video-derived and automated figures as though they have identical precision.
• Use a par designed for the chosen section rather than applying a two-furlong par to a three-furlong calculation.

If only a two-furlong sectional is available, report it as such. Do not extrapolate it into a supposed three-furlong time without evidence for the missing furlong.

A checklist for judging sectional rankings responsibly

Before trusting a final-three-furlong ranking—or using one to describe a horse—check the following:

• Identify the timing source. Determine whether the sectional was recorded automatically or timed manually from footage.
• Confirm both distances. Verify the measured section and total race distance.
• Check the formula. Make sure the calculation compares speed correctly rather than treating time alone as sufficient.
• Inspect the overall time. Identical sectionals can produce different percentages when overall times differ.
• Check the sectional length. Establish whether two or three furlongs suit the race and whether all ranked entries use the same section.
• Find the relevant par. Match it as closely as possible to the course, distance, section and circumstances.

• Note course and topography. Hills, bends and the location of the measured section can materially affect interpretation.

• Require reproducible calculations. Readers should be able to recreate each result from the disclosed inputs.

Small apparent differences should not be ranked with more confidence than the underlying timing supports.

Even an accurate calculation does not adjust itself for bends, hills, going, wind, traffic, an interrupted run or extra ground covered. Those circumstances can be noted during interpretation, but the supplied evidence does not establish numerical adjustments that would make unlike performances equivalent.

Closing and overall times can help describe how speed was distributed. They do not, by themselves, establish a horse’s running style or reveal exactly when its speed changed. Such conclusions would require additional evidence, such as finer-grained sectionals, positional information, traffic notes or ground-loss data.

One anonymous Reddit user discussion raised questions about ranking final-three-furlong performances and comparing closing with overall times. Its underlying calculations and methodology were unavailable and unverified, so it serves only as an example of a question being asked—not as evidence of demand, consensus, predictive value or a validated ranking system.

Descriptive analysis must also be separated from prediction. Neither the cited methodology nor the anonymous discussion establishes that raw sectionals or finishing speed percentages independently predict winners or produce betting profits. Racecard Stats describes its material as racecard literacy and explicitly states that it is not betting advice.

Where can I find the correct finishing-speed par for a course and distance?

Begin by checking whether the provider of the sectional data publishes pars based on the same timing method, sectional length, course configuration and race distance. Verify what any stated par covers rather than relying on the label alone.

The supplied evidence does not identify a comprehensive current source of course-, distance-, surface- and condition-specific pars. If a suitable par cannot be verified, do not substitute 100%. Report the finishing speed percentage descriptively and state that no well-matched par was available. Historical figures can demonstrate why pars matter, but they should not be used as current lookup values.

Can final-three-furlong time or finishing speed percentage predict the next winner?

A raw closing time records one section of one race, while finishing speed percentage relates that section’s speed to the horse’s average speed over the same race. Both can help describe pace distribution, but neither independently accounts for future opposition, conditions, distance, course configuration, traffic or how the next race will unfold.

The usable rule is simple: record the raw sectional, calculate finishing speed percentage with consistent inputs, and interpret the result against an appropriate par. Raw time shows what happened on the clock; the percentage shows how the finish related to the whole race; the par adds the course-and-distance context needed for comparison. Treat all three as descriptive evidence, not as a standalone prediction.