Number Pattern is a representation of lotto digits into a unique letter. Coding a number pattern is a way of simplifying lottery numbers by focusing on their structure instead of the actual digits. In this approach, each unique digit in a lotto draw is replaced with a letter based on its first appearance. For example, the number 1231 becomes ABCA, showing that the first and last digits are the same, while the middle digits are different. This transforms complex number combinations into easy-to-compare patterns such as ABCD, AABC, ABCA, or AAAA.

Last 75 draws
From Sep. 27, 2025 To Mar. 19, 2026

Convert Your Number to Pattern

Pattern Frequency

Analyzing patterns matters because lottery results are not just random numbers—they also produce repeatable structural behaviors over time. Certain patterns appear more frequently than others, while some become “overdue” after not showing up for many draws. Instead of tracking thousands of individual number combinations, pattern analysis reduces everything into a small set of categories. This makes it much easier to measure frequency, identify trends, and monitor changes in how numbers are distributed.

The Pattern Frequency Statistics table below presents key metrics for analyzing the occurrence patterns of specific numbers. It covers 75 draws, from Sep. 27, 2025 to Mar. 19, 2026 .

It includes columns for Frequency, Last Draw Interval, and the Last Draw Date, which indicates the number of draws a pattern appears for a specific period, the number of draws since the pattern last appeared, and the date the pattern last appeared, respectively.

In 6D Lotto, the total possible number pattern is 203. The frequency table below only shows the pattern that has been drawn within the specified period.

ABCDEF
Frequency
11
Interval
9
Last Draw
Feb-26-2026
ABACDE
Frequency
6
Interval
8
Last Draw
Feb-28-2026
ABCDEE
Frequency
5
Interval
22
Last Draw
Jan-27-2026
ABCDED
Frequency
3
Interval
4
Last Draw
Mar-10-2026
ABCDEA
Frequency
3
Interval
0
Last Draw
Mar-19-2026
ABCADE
Frequency
3
Interval
20
Last Draw
Jan-31-2026
ABCCDB
Frequency
2
Interval
3
Last Draw
Mar-12-2026
AAABCD
Frequency
2
Interval
41
Last Draw
Dec-13-2025
ABCBDA
Frequency
2
Interval
54
Last Draw
Nov-13-2025
ABACDD
Frequency
2
Interval
35
Last Draw
Dec-27-2025
ABCDAE
Frequency
2
Interval
32
Last Draw
Jan-03-2026
ABACDB
Frequency
2
Interval
30
Last Draw
Jan-08-2026
ABCACD
Frequency
1
Interval
2
Last Draw
Mar-14-2026
AABCDD
Frequency
1
Interval
28
Last Draw
Jan-13-2026
ABCDDB
Frequency
1
Interval
17
Last Draw
Feb-07-2026
ABCCCD
Frequency
1
Interval
69
Last Draw
Oct-09-2025
ABCAAA
Frequency
1
Interval
24
Last Draw
Jan-22-2026
AABCAD
Frequency
1
Interval
53
Last Draw
Nov-15-2025
ABCDDA
Frequency
1
Interval
5
Last Draw
Mar-07-2026
ABCCBD
Frequency
1
Interval
56
Last Draw
Nov-08-2025
ABBCDE
Frequency
1
Interval
15
Last Draw
Feb-12-2026
AABBCD
Frequency
1
Interval
65
Last Draw
Oct-18-2025
ABCDCD
Frequency
1
Interval
25
Last Draw
Jan-20-2026
ABCCAD
Frequency
1
Interval
7
Last Draw
Mar-03-2026
ABBCDB
Frequency
1
Interval
37
Last Draw
Dec-23-2025
ABCDCB
Frequency
1
Interval
67
Last Draw
Oct-14-2025
ABCBDE
Frequency
1
Interval
11
Last Draw
Feb-21-2026
ABBCCD
Frequency
1
Interval
31
Last Draw
Jan-06-2026
ABCDBE
Frequency
1
Interval
6
Last Draw
Mar-05-2026
ABCBDD
Frequency
1
Interval
51
Last Draw
Nov-20-2025
ABBCCB
Frequency
1
Interval
60
Last Draw
Oct-30-2025
ABCDBD
Frequency
1
Interval
43
Last Draw
Dec-09-2025
ABCBDB
Frequency
1
Interval
36
Last Draw
Dec-25-2025
ABCDEC
Frequency
1
Interval
72
Last Draw
Oct-02-2025
ABCDBA
Frequency
1
Interval
66
Last Draw
Oct-16-2025
ABCDEB
Frequency
1
Interval
61
Last Draw
Oct-28-2025
ABCBBD
Frequency
1
Interval
10
Last Draw
Feb-24-2026
ABCDAC
Frequency
1
Interval
39
Last Draw
Dec-18-2025
ABCBAD
Frequency
1
Interval
44
Last Draw
Dec-06-2025
ABACDA
Frequency
1
Interval
64
Last Draw
Oct-21-2025
ABCDDE
Frequency
1
Interval
26
Last Draw
Jan-17-2026
ABCDAA
Frequency
1
Interval
21
Last Draw
Jan-29-2026
AABCDE
Frequency
1
Interval
27
Last Draw
Jan-15-2026
ABCDDC
Frequency
1
Interval
57
Last Draw
Nov-06-2025
Note: The frequency table only shows the pattern that has been drawn within the specified period.

Pattern Frequency by Rank

Rank
1
Frequency
11
Percentile Rank
100%
ABCDEF
Rank
2
Frequency
6
Percentile Rank
97.73%
ABACDE
Rank
3
Frequency
5
Percentile Rank
95.45%
ABCDEE
Rank
4
Frequency
3
Percentile Rank
93.18%
ABCDED
ABCDEA
ABCADE
Rank
5
Frequency
2
Percentile Rank
86.36%
ABCCDB
AAABCD
ABCBDA
ABACDD
ABCDAE
ABACDB
Rank
6
Frequency
1
Percentile Rank
72.73%
ABCACD
AABCDD
ABCDDB
ABCCCD
ABCAAA
AABCAD
ABCDDA
ABCCBD
ABBCDE
AABBCD
ABCDCD
ABCCAD
ABBCDB
ABCDCB
ABCBDE
ABBCCD
ABCDBE
ABCBDD
ABBCCB
ABCDBD
ABCBDB
ABCDEC
ABCDBA
ABCDEB
ABCBBD
ABCDAC
ABCBAD
ABACDA
ABCDDE
ABCDAA
AABCDE
ABCDDC
Note: The frequency table only shows the pattern that has been drawn within the specified period.

The Summary of Pattern Frequency by Rank is organized by how often each pattern is drawn, grouping them into tiers or ranks according to their frequencies. Patterns with the highest frequencies are placed in the top rank, indicating they have been drawn most often and may be considered "hot" patterns. Subsequent ranks include patterns with gradually lower frequencies, offering a clear comparison of how commonly each number appears.

Percentile Rank shows the relative position of a pattern’s frequency compared to all others. It answers the question “What percentage of patterns were drawn less frequently than this one?”. Using the percentile rank you can compare easily by normalizing frequencies on a 0–100 scale, visualizes hot/cold patterns: You can chart patterns into low, mid, and high percentiles.

For players, pattern coding can be a powerful decision-support tool. It helps narrow down choices by first selecting a likely pattern, then filling in numbers that fit that structure. For example, if ABCD-type combinations dominate recent draws, a player might prioritize numbers with all different digits. It also helps avoid common mistakes, such as repeatedly choosing rare patterns or overusing the same digit structure. While it does not guarantee a win, pattern analysis provides a clearer, more organized way to approach the game—turning random-looking numbers into something that can be tracked, compared, and understood.