A large Satta King Record contains more information than a simple list of previous entries. When the data is arranged by month and calendar date, it becomes possible to examine how a historical chart is structured and how the same date is represented across different periods of the year.
The latest 2026 record pages provide a useful example. As of September 24, 2026, the Gali yearly chart contains September entries through September 23, while the Faridabad yearly chart also records September information through the 23rd. Both pages organize the year from January to December, allowing historical information to be viewed within a consistent calendar framework.
A yearly record chart generally has two important dimensions:
The month
The calendar date
This creates a grid in which the same date can be examined across different months.
For example, the Gali chart lists separate entries for the 1st of January, February, March and the other months. The same structure continues for dates 2, 3, 4 and so on.
This arrangement is useful because it prevents historical information from becoming one long, difficult-to-follow sequence.
Instead, each entry remains connected to its specific month and date.
The September portion of the Gali 2026 chart currently contains entries from September 1 through September 23.
The published September sequence is:
81, 96, 77, 26, 37, 94, 10, 64, 69, 40, 34, 35, 72, 87, 83, 91, 73, 50, 07, 66, 32, 00, 02.
These entries should be understood as historical records associated with their respective dates.
For instance:
September 19 — 07
September 20 — 66
September 21 — 32
September 22 — 00
September 23 — 02
This demonstrates how the latest portion of the monthly record has developed during the fourth week of September.
One interesting way to understand a yearly record is to look at a particular calendar date across several months.
Suppose the focus is the 23rd day.
The Gali chart contains entries for the 23rd of January through September, where information is available. The September 23 entry is currently 02.
The Faridabad chart provides another independent series for the same calendar date. Its September 23 entry is currently 00.
This comparison does not mean the two values should be combined or used to derive a future outcome. It simply demonstrates how two separate historical series can occupy the same calendar framework.
When multiple charts are displayed together, it can be tempting to treat their entries as one dataset.
That would remove important context.
Gali and Faridabad are presented as separate yearly charts. Their historical entries have their own columns, dates and monthly positions. The September 23 entry for Gali belongs to the Gali record, while the September 23 entry for Faridabad belongs to the Faridabad record.
Maintaining this separation is essential when creating or reviewing historical records.
A good rule is simple:
One market + one date + one month = one clearly identified historical entry.
Another detail visible in the current September records is the use of two-digit formatting.
Examples include:
07
00
02
08
09
The leading zero is part of the displayed format.
For a historical database, maintaining the original two-digit presentation can make the table more consistent. It also helps readers immediately recognize that the chart uses a 00–99 style display.
This is a small formatting decision, but consistency becomes increasingly important as the amount of historical data grows.
The current yearly charts place September alongside the previous eight months.
This creates a useful chronological framework:
January → February → March → April → May → June → July → August → September
The final three columns—October, November and December—remain unfilled in the current yearly charts because those months have not yet been completed in the 2026 calendar.
This structure makes it possible to distinguish between historical months and future calendar periods.
Blank cells in a yearly chart should not automatically be interpreted as missing results in the same way as a completed date.
There are several possible reasons for an empty position, including:
A date has not yet occurred.
Information has not yet been entered.
A particular market did not have a displayed entry.
The historical source has not populated that position.
The current Gali chart provides an obvious example: October, November and December contain dashes because those months are still ahead in the 2026 calendar.
This is why readers should always check the date and month before interpreting an empty space.
The Faridabad 2026 chart follows the same annual structure.
Its September entries currently include:
45, 19, 08, 02, 30, 88, 02, 71, 29, 15, 72, 65, 74, 30, 24, 21, 38, 36, 21, 84, 71, 42, 00.
Again, these values are historical entries tied to individual September dates.
The important feature here is the organization: readers can locate an entry by moving to the September column and then finding the required date.
A yearly chart can reduce the effort required to locate older information.
Without a yearly structure, a reader might need to move between many separate monthly pages. A consolidated January-to-December table provides a single reference point for the year.
It also makes it easier to determine whether a particular month has been populated and where the current month ends.
For September 2026, the latest Gali and Faridabad pages currently reach September 23.
A record page documents previously published information.
That means an entry from September 23 describes the historical record associated with September 23. It does not establish what an entry will be on a later date.
This distinction is especially important when reviewing numerical historical datasets. Similarities between older entries do not provide a reliable basis for determining future results.
The useful purpose of a historical record is therefore documentation: finding, organizing and reviewing information that has already been recorded.
Anyone reviewing a historical Satta King Record can use a straightforward process:
Make sure the page belongs to 2026.
Check whether the information belongs to Gali, Faridabad or another specific record series.
Move to the required monthly column.
Match the row with the exact date.
If the original record shows 07, retain 07 rather than changing the presentation to 7.
This approach keeps the historical reference precise and organized.
The current pages are dated September 24, but the Gali and Faridabad yearly charts shown in the latest crawl have populated September through the 23rd. The September 24 cells remain unpopulated in those yearly tables.
That distinction is useful when publishing a fresh data-based article. The article should report what the chart currently contains rather than assuming that a new day's entry has already been added.
It is a good example of why the update date of a webpage and the latest populated date in its table are not always identical.
The latest Satta King Record charts demonstrate how historical information can be organized around two simple dimensions: calendar date and month.
The current Gali and Faridabad 2026 records both show September entries through September 23, while the remainder of the year is still incomplete.
Looking at the records this way provides a clearer understanding of how yearly historical tables are constructed. Each entry belongs to a specific date, month and market, and keeping those relationships intact makes the information easier to locate and review.
Historical charts are most useful when they preserve context. A number without a date or market is only an isolated value; a dated entry within a consistently maintained yearly chart becomes part of an organized historical record.
As September progresses, additional entries may extend the current-month section. Until then, the existing chart should be treated as the historical information currently published for the dates already populated.