Haydock Park Form Guide (Race 1) | Neurals

Saturday, 19th July 2025

1
18:25
(local)

Steve Yarborough Memorial Handicap (A Jockey Club Grassroots Middle Distance Series Qualifier)

Age: 4yo and up WT: 56.5kg Type: HCP Fastest Time: 2:10.16 Old Cock 07 Jun 2024 3yo HCP SOT:GF
GBP £8,500
1m2f42y TURF GOOD
1
18:25
(local)
GBP £8,500
1m2f42y GOOD

Steve Yarborough Memorial Handicap (A Jockey Club Grassroots Middle Distance Series Qualifier)

Age: 4yo and up WT: 56.5kg Type: HCP Fastest Time: 2:10.16 Old Cock 07 Jun 2024 3yo HCP SOT:GF
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View Neurals for ALL Races

INTERACTIVE FORM

Racing And Sports has two quality interactive form systems which you as the user can adjust to your own specific tastes and thoughts. We've detailed below how to use both the Neurals and Worksheet areas of a race guide.

Neurals

These are computer enhanced analyses of all the areas which go into making up a race field. They factor in algorithms for every contingency as explained below and added them up to generate the likely best horse in a race.

When you go into them via the Form Guide page you simply run your mouse over any column and you can sort the field by any individual type of Neural Rating which determines the final total (and therefore best rater).

Explanation of Inputs for Neural Analysis
CP Career performance assessment based on weight/class algorithms
CF Current form measured by class/weight algorithms
TIM Revolutionary time assessment (adjusted algorithm)
JA Jockey ability algorithm
TA Trainer ability algorithm
JT Jockey/trainer combination algorithm
WT Wet track performance algorithm
Crs Course suitability algorithm
D Distance suitability algorithm
$ Prizemoney earned algorithm
BP Barrier position (course & distance) algorithm
DLR Days since last run algorithm
  • The user sets the level of importance from the Preference Scale (1 to 5 or No) for each algorithm and the output weightings are listed within seconds.
  • The Neural factor analysis will quickly identify for you just who are the main chances in each race, the highest to the lowest based on the factor weightings