ORA Grid and/or Martingale?
Spoiler: Absolutely not — and here is why (simple explanation) 🚀
I still remember the very first days of ORA being public.
Someone wrote to us with a lot of laughing emojis:
"Haha, another grid and martingale system... It will collapse soon." 😄
More than a year has passed since then.
That person, of course, never came back.
But the more interesting thing is not that prediction. The interesting thing is how often people misunderstand both mathematics and market mechanics.
So let's put this topic into perspective.
Why is ORA not a grid?
Why is ORA not a martingale?
And why are these approaches fundamentally different? 🤔
First, what are grid and martingale actually doing?
Grid and martingale are not methods of finding an advantage in the market.
They are methods of managing positions after a decision has already been made.
In simple words:
They manipulate the distribution of results.
They can make the statistics look very attractive for some time, but they do not create a real predictive edge.
The fundamental question is:
Can simple position management alone create 95% accuracy across thousands of closed trades?
Like ORA has shown after more than 14,000 lots?
The answer is clear:
No. Not by itself.
If it was possible, the same principle would work everywhere — including casinos and coin toss betting. 🙂
The casino example 🎰
A pure grid/martingale approach still lives inside basic random probabilities.
Imagine a simple event.
Someone places a series of bets.
For example:
1000 identical and independent bets on one single outcome.
It is like betting 1000 times on one coin toss or one roulette spin.
If the event happens once:
- heads in a coin toss;
- red in roulette;
then mathematically those 1000 bets succeed.
The result is:
100% winning trades.
Sounds amazing, right?
But there is one important detail:
They were not 1000 independent predictions.
They were 1000 bets on one single event.
The market is slightly different
Of course, the market is not exactly a roulette table.
A position can be built as a series.
For example:
100 entries during one market movement.
The first entries may work.
The last entries may not have enough time to close.
And yes, during this one movement, someone can show 95% winning trades.
Only 5% did not close.
Looks impressive.
But now let's imagine the second market movement.
Another 1000 bets.
Then the third one.
A person could even flip a coin and get heads three times in a row.
It happens.
But after thousands of such attempts, the real probability reveals itself.
And this is exactly where ORA is different 🧠
ORA does not have:
1000 lots on one market move.
ORA has:
1000 market decisions.
Using the casino analogy:
Not thousands of bets on one roulette spin.
Thousands of separate roulette spins.
Each with its own analysis.
Usually:
1–3 positions per market movement.
Different moments.
Different directions.
Different pairs.
Therefore, ORA's statistics:
- around 95% winning trades;
- stable Profit Factor;
- thousands of closed positions;
are not created by concentrating hundreds or thousands of lots on a few successful moves.
This is not "statistical decoration".
It is the result of thousands of independent decisions.
You simply cannot achieve this:
- hundreds of independent entry points;
- different market directions;
- almost two dozen currency pairs;
- thousands of closed trades;
without a real statistical advantage.
Not through grid.
Not through martingale.
Not through position manipulation.
If 95% accuracy is truly maintained over thousands of separate closed trades — and everyone can check the statistics — then mathematically this places ORA in a completely different category from traditional grid/martingale systems.
Because those systems, like a coin toss strategy, eventually reveal their real probability.
The market does not care how many times the position was increased.
Probability always catches up.
Many people react emotionally to familiar words.
They see:
"Additional entries."
"High win rate."
And immediately say:
"Martingale."
But sometimes the most important step is to understand what these terms actually mean.
Hopefully this explains why ORA is not a grid and not a martingale strategy.
Those approaches are based on manipulating outcomes.
ORA is based on finding situations where the probability itself is different.
And that is the key difference. 🚀
I will be happy to hear your thoughts and comments.
