How is Max Pain Calculated?

Max Pain is calculated by determining the total dollar value of in-the-money options at each strike price. For each strike price: Calculate the difference between the current stock price and the strike price. Multiply this difference by the open interest (number of contracts) at that strike for both call and put options. Sum the values: Add together the dollar value for put options and call options at each strike price. Repeat for all strikes: Perform this calculation for every available strike price in the option chain. Identify the maximum: The strike price with the highest combined dollar value is the Max Pain price. This calculation helps identify the price level where option writers would face the maximum financial loss if the stock closes at that price on expiration day.

How Can Traders Use Max Pain in Their Strategy?

Traders can incorporate Max Pain analysis into their trading strategy in several ways: Expiration Day Trading: As option expiration approaches, traders can use Max Pain as a potential support or resistance level, as market makers may attempt to push the price toward this level. Option Selection: Understanding Max Pain helps traders choose strike prices that are less likely to be manipulated, potentially improving their option trade outcomes. Risk Management: If a stock is trading far from Max Pain before expiration, traders can anticipate potential price movement toward this level and adjust their positions accordingly. Market Sentiment Indicator: Comparing the current stock price to Max Pain can provide insights into market sentiment and potential price direction near expiration. Hedging Strategy: Option writers can use Max Pain to identify strike prices where they might face the least payout risk, helping them structure more efficient hedging strategies.

What Does Max Pain Indicate About Stock Price Movement?

Max Pain provides insights into potential stock price behavior, especially near option expiration: Price Magnet Effect: If the stock price is significantly above or below Max Pain before expiration, there may be a tendency for the price to move toward Max Pain as expiration approaches, as option writers hedge their positions. Support/Resistance Level: Max Pain can act as a psychological and technical support or resistance level, especially on expiration day, as it represents the price where maximum option value would be lost. Volatility Indicator: A large gap between current price and Max Pain may indicate higher potential volatility or price movement as expiration nears. Market Maker Activity: Significant open interest concentration around Max Pain suggests where market makers might have the most incentive to influence price movement through their hedging activities. Note: Max Pain is a theoretical concept and should be used in conjunction with other technical and fundamental analysis tools, as it does not guarantee price movement.

How Often Does Max Pain Change?

Max Pain is a dynamic value that changes continuously based on several factors: Open Interest Changes: As traders open and close option positions, the open interest at different strike prices changes, which directly affects the Max Pain calculation. Stock Price Movement: As the underlying stock price moves, different strike prices become in-the-money or out-of-the-money, altering the dollar value calculations. Time Decay: As expiration approaches, the time value of options decreases, but the intrinsic value calculations for Max Pain continue to evolve with price movements. New Option Contracts: When new strike prices are added or when significant new positions are opened, Max Pain may shift to reflect the new distribution of open interest. For accurate Max Pain analysis, traders should monitor it regularly, especially in the days leading up to expiration, as it can shift significantly as market conditions and option positions change.

What's the Difference Between Max Pain and Spot Price?

Max Pain and Spot Price are two distinct concepts that serve different purposes in options trading: Spot Price (Current Market Price): This is the current trading price of the underlying stock or index in the market. It represents the real-time value at which the asset can be bought or sold immediately. Max Pain Price: This is a calculated theoretical price level based on option open interest data. It represents the strike price where option writers would face minimum payout obligations, not necessarily where the stock is currently trading. The relationship between these two prices is crucial: when the spot price is far from Max Pain, traders may anticipate potential price movement toward Max Pain as expiration approaches. However, this is not guaranteed, and many other factors influence stock price movement.

Is Max Pain Always Accurate for Predicting Stock Price?

No, Max Pain is not always accurate and should not be used as the sole indicator for predicting stock price movement. Here's why: Market Forces: Strong fundamental news, earnings reports, or significant market events can override the Max Pain effect and drive prices in unexpected directions. Institutional Activity: Large institutional trades, algorithmic trading, and other market participants may have different objectives than minimizing option payouts. Limited Influence: While market makers may attempt to influence price toward Max Pain, their ability to do so is limited, especially in highly liquid stocks with strong directional momentum. Multiple Expirations: Stocks often have options expiring on different dates (weekly, monthly), which means multiple Max Pain levels may exist simultaneously, reducing the predictive power of any single level. Statistical Tool: Max Pain is best viewed as a statistical tool that provides context about option market dynamics rather than a guaranteed price target. Traders should use Max Pain as one of many tools in their analysis, combining it with technical analysis, fundamental analysis, and market sentiment indicators for more comprehensive decision-making.

When is Max Pain Most Relevant for Options Trading?

Max Pain becomes increasingly relevant as option expiration approaches: Last Trading Week: Max Pain analysis is most useful during the final week before expiration, when option writers are actively hedging and the "pinning effect" (price movement toward Max Pain) is most likely to occur. Expiration Day: On the day of expiration, Max Pain can serve as a key reference level, as market makers may attempt to keep the stock price near this level to minimize their payout obligations. High Open Interest: Max Pain is more reliable when there is significant open interest concentrated around specific strike prices, as this indicates where option writers have the most exposure. Low Volatility Periods: During periods of low market volatility, Max Pain may have a stronger influence, as there are fewer competing forces driving price movement. Monthly Expirations: Monthly option expirations (typically the third Friday) often show stronger Max Pain effects compared to weekly expirations, due to higher open interest and more significant market maker involvement. While Max Pain can be calculated at any time, its predictive value and practical application increase significantly as expiration approaches, making it particularly useful for short-term trading strategies focused on expiration week dynamics.

MARUTI

Q: What is Max Pain in Options Trading?

Max Pain, also known as the max pain price, is the strike price at which the maximum number of option contracts (both puts and calls) would expire worthless, causing the largest financial losses for option holders at expiration. This price point represents the level where option writers would experience the least payout obligation. The max pain theory suggests that as expiration approaches, market makers and option writers may attempt to influence the stock price toward this level to minimize their payout obligations, making it a significant reference point for traders analyzing option expiration dynamics.

Maruti Suzuki India Ltd.

16664 -145.00 (-0.86%)

L: 16541 H: 16808

Max Pain - MARUTI

08 Jan 2026 04:11 PM IST

Expiry

Max-Pain

16,800

DFC

7D Avg

Reliability

14D Avg

Reliability

21D Avg

Reliability

Max Pain for MARUTI is 16800

Historical data for MARUTI-16800-CE

LTP (16800 CE)

224.45 -93

Open Interest

1868 99

Historical data for MARUTI-16800-PE

LTP (16800 PE)

305 56.25

Open Interest

995 -162

Strike 13200 has a total call value of 0 versus a total put value of 293,481,500,000 Combined total value = 293,481,500,000

Strike 13300 has a total call value of 0 versus a total put value of 283,658,000,000 Combined total value = 283,658,000,000

Strike 13400 has a total call value of 0 versus a total put value of 273,834,500,000 Combined total value = 273,834,500,000

Strike 13500 has a total call value of 0 versus a total put value of 264,011,000,000 Combined total value = 264,011,000,000

Strike 13600 has a total call value of 0 versus a total put value of 254,187,500,000 Combined total value = 254,187,500,000

Strike 13700 has a total call value of 0 versus a total put value of 244,364,000,000 Combined total value = 244,364,000,000

Strike 13800 has a total call value of 0 versus a total put value of 234,540,500,000 Combined total value = 234,540,500,000

Strike 13900 has a total call value of 2,500,000 versus a total put value of 224,722,500,000 Combined total value = 224,725,000,000

Strike 14000 has a total call value of 5,000,000 versus a total put value of 214,904,500,000 Combined total value = 214,909,500,000

Strike 14100 has a total call value of 59,500,000 versus a total put value of 205,262,000,000 Combined total value = 205,321,500,000

Strike 14200 has a total call value of 114,000,000 versus a total put value of 195,619,500,000 Combined total value = 195,733,500,000

Strike 14300 has a total call value of 168,500,000 versus a total put value of 185,982,500,000 Combined total value = 186,151,000,000

Strike 14400 has a total call value of 223,000,000 versus a total put value of 176,345,500,000 Combined total value = 176,568,500,000

Strike 14500 has a total call value of 277,500,000 versus a total put value of 166,731,500,000 Combined total value = 167,009,000,000

Strike 14600 has a total call value of 332,000,000 versus a total put value of 157,117,500,000 Combined total value = 157,449,500,000

Strike 14700 has a total call value of 387,500,000 versus a total put value of 147,518,500,000 Combined total value = 147,906,000,000

Strike 14800 has a total call value of 447,000,000 versus a total put value of 137,932,500,000 Combined total value = 138,379,500,000

Strike 14900 has a total call value of 508,000,000 versus a total put value of 128,372,500,000 Combined total value = 128,880,500,000

Strike 15000 has a total call value of 569,000,000 versus a total put value of 118,821,000,000 Combined total value = 119,390,000,000

Strike 15100 has a total call value of 680,500,000 versus a total put value of 110,052,500,000 Combined total value = 110,733,000,000

Strike 15200 has a total call value of 792,500,000 versus a total put value of 101,305,000,000 Combined total value = 102,097,500,000

Strike 15300 has a total call value of 904,500,000 versus a total put value of 92,600,000,000 Combined total value = 93,504,500,000

Strike 15400 has a total call value of 1,018,500,000 versus a total put value of 84,104,000,000 Combined total value = 85,122,500,000

Strike 15500 has a total call value of 1,132,500,000 versus a total put value of 75,681,000,000 Combined total value = 76,813,500,000

Strike 15600 has a total call value of 1,262,500,000 versus a total put value of 67,838,000,000 Combined total value = 69,100,500,000

Strike 15700 has a total call value of 1,392,500,000 versus a total put value of 60,072,500,000 Combined total value = 61,465,000,000

Strike 15800 has a total call value of 1,525,500,000 versus a total put value of 52,372,000,000 Combined total value = 53,897,500,000

Strike 15900 has a total call value of 1,673,000,000 versus a total put value of 45,113,000,000 Combined total value = 46,786,000,000

Strike 16000 has a total call value of 1,821,000,000 versus a total put value of 38,083,500,000 Combined total value = 39,904,500,000

Strike 16100 has a total call value of 2,141,000,000 versus a total put value of 32,461,500,000 Combined total value = 34,602,500,000

Strike 16200 has a total call value of 2,470,000,000 versus a total put value of 27,080,000,000 Combined total value = 29,550,000,000

Strike 16300 has a total call value of 2,826,500,000 versus a total put value of 22,020,000,000 Combined total value = 24,846,500,000

Strike 16400 has a total call value of 3,218,500,000 versus a total put value of 17,260,000,000 Combined total value = 20,478,500,000

Strike 16500 has a total call value of 3,661,000,000 versus a total put value of 13,029,500,000 Combined total value = 16,690,500,000

Strike 16600 has a total call value of 4,429,500,000 versus a total put value of 9,958,000,000 Combined total value = 14,387,500,000

Strike 16700 has a total call value of 5,558,500,000 versus a total put value of 7,268,000,000 Combined total value = 12,826,500,000

Strike 16800 has a total call value of 7,213,500,000 versus a total put value of 5,161,000,000 Combined total value = 12,374,500,000

Strike 16900 has a total call value of 9,802,500,000 versus a total put value of 3,551,500,000 Combined total value = 13,354,000,000

Strike 17000 has a total call value of 12,925,500,000 versus a total put value of 2,305,500,000 Combined total value = 15,231,000,000

Strike 17100 has a total call value of 18,044,000,000 versus a total put value of 1,534,500,000 Combined total value = 19,578,500,000

Strike 17200 has a total call value of 23,716,500,000 versus a total put value of 926,000,000 Combined total value = 24,642,500,000

Strike 17300 has a total call value of 30,685,000,000 versus a total put value of 507,500,000 Combined total value = 31,192,500,000

Strike 17400 has a total call value of 38,924,500,000 versus a total put value of 276,500,000 Combined total value = 39,201,000,000

Strike 17500 has a total call value of 47,846,500,000 versus a total put value of 129,000,000 Combined total value = 47,975,500,000

Strike 17600 has a total call value of 58,873,000,000 versus a total put value of 77,000,000 Combined total value = 58,950,000,000

Strike 17700 has a total call value of 70,465,500,000 versus a total put value of 56,500,000 Combined total value = 70,522,000,000

Strike 17800 has a total call value of 82,743,500,000 versus a total put value of 37,000,000 Combined total value = 82,780,500,000

Strike 17900 has a total call value of 95,400,500,000 versus a total put value of 18,500,000 Combined total value = 95,419,000,000

Strike 18000 has a total call value of 108,205,000,000 versus a total put value of 0 Combined total value = 108,205,000,000

Strike 18100 has a total call value of 122,549,500,000 versus a total put value of 0 Combined total value = 122,549,500,000

Strike 18200 has a total call value of 136,894,000,000 versus a total put value of 0 Combined total value = 136,894,000,000

Strike 18300 has a total call value of 151,851,500,000 versus a total put value of 0 Combined total value = 151,851,500,000

Strike 18400 has a total call value of 166,809,000,000 versus a total put value of 0 Combined total value = 166,809,000,000

Strike 18500 has a total call value of 182,616,500,000 versus a total put value of 0 Combined total value = 182,616,500,000

Strike 18600 has a total call value of 198,424,500,000 versus a total put value of 0 Combined total value = 198,424,500,000

Strike 18700 has a total call value of 214,386,500,000 versus a total put value of 0 Combined total value = 214,386,500,000

Strike 18800 has a total call value of 230,348,500,000 versus a total put value of 0 Combined total value = 230,348,500,000

Strike 18900 has a total call value of 246,577,500,000 versus a total put value of 0 Combined total value = 246,577,500,000

Strike 19000 has a total call value of 262,806,500,000 versus a total put value of 0 Combined total value = 262,806,500,000

Strike 19100 has a total call value of 279,481,500,000 versus a total put value of 0 Combined total value = 279,481,500,000

Strike 19200 has a total call value of 296,156,500,000 versus a total put value of 0 Combined total value = 296,156,500,000

Strike 19300 has a total call value of 312,926,000,000 versus a total put value of 0 Combined total value = 312,926,000,000

Strike 19400 has a total call value of 329,695,500,000 versus a total put value of 0 Combined total value = 329,695,500,000

Max-Pain Table for Stocks

Max-Pain Table Expiry

Commodity Max-Pain Table

Index Max-Pain Table

LTP > Max Pain Bearish

LTP < Max Pain Bullish

Frequently Asked Questions

Max Pain, also known as the max pain price, is the strike price at which the maximum number of option contracts (both puts and calls) would expire worthless, causing the largest financial losses for option holders at expiration. This price point represents the level where option writers would experience the least payout obligation.

The max pain theory suggests that as expiration approaches, market makers and option writers may attempt to influence the stock price toward this level to minimize their payout obligations, making it a significant reference point for traders analyzing option expiration dynamics.

Max Pain is calculated by determining the total dollar value of in-the-money options at each strike price. Here's the step-by-step process:

For each strike price: Calculate the difference between the current stock price and the strike price.
Multiply by Open Interest: Multiply this difference by the open interest (number of contracts) at that strike for both call and put options.
Sum the values: Add together the dollar value for put options and call options at each strike price.
Repeat for all strikes: Perform this calculation for every available strike price in the option chain.
Identify the maximum: The strike price with the highest combined dollar value is the Max Pain price.

This calculation helps identify the price level where option writers would face the maximum financial loss if the stock closes at that price on expiration day.

Traders can incorporate Max Pain analysis into their trading strategy in several ways:

Expiration Day Trading: As option expiration approaches, traders can use Max Pain as a potential support or resistance level, as market makers may attempt to push the price toward this level.
Option Selection: Understanding Max Pain helps traders choose strike prices that are less likely to be manipulated, potentially improving their option trade outcomes.
Risk Management: If a stock is trading far from Max Pain before expiration, traders can anticipate potential price movement toward this level and adjust their positions accordingly.
Market Sentiment Indicator: Comparing the current stock price to Max Pain can provide insights into market sentiment and potential price direction near expiration.
Hedging Strategy: Option writers can use Max Pain to identify strike prices where they might face the least payout risk, helping them structure more efficient hedging strategies.

Max Pain provides insights into potential stock price behavior, especially near option expiration:

Price Magnet Effect: If the stock price is significantly above or below Max Pain before expiration, there may be a tendency for the price to move toward Max Pain as expiration approaches, as option writers hedge their positions.
Support/Resistance Level: Max Pain can act as a psychological and technical support or resistance level, especially on expiration day, as it represents the price where maximum option value would be lost.
Volatility Indicator: A large gap between current price and Max Pain may indicate higher potential volatility or price movement as expiration nears.
Market Maker Activity: Significant open interest concentration around Max Pain suggests where market makers might have the most incentive to influence price movement through their hedging activities.

Note: Max Pain is a theoretical concept and should be used in conjunction with other technical and fundamental analysis tools, as it does not guarantee price movement.

Max Pain is a dynamic value that changes continuously based on several factors:

Open Interest Changes: As traders open and close option positions, the open interest at different strike prices changes, which directly affects the Max Pain calculation.
Stock Price Movement: As the underlying stock price moves, different strike prices become in-the-money or out-of-the-money, altering the dollar value calculations.
Time Decay: As expiration approaches, the time value of options decreases, but the intrinsic value calculations for Max Pain continue to evolve with price movements.
New Option Contracts: When new strike prices are added or when significant new positions are opened, Max Pain may shift to reflect the new distribution of open interest.

For accurate Max Pain analysis, traders should monitor it regularly, especially in the days leading up to expiration, as it can shift significantly as market conditions and option positions change.

Max Pain and Spot Price are two distinct concepts that serve different purposes in options trading:

Spot Price (Current Market Price): This is the current trading price of the underlying stock or index in the market. It represents the real-time value at which the asset can be bought or sold immediately.
Max Pain Price: This is a calculated theoretical price level based on option open interest data. It represents the strike price where option writers would face minimum payout obligations, not necessarily where the stock is currently trading.

The relationship between these two prices is crucial: when the spot price is far from Max Pain, traders may anticipate potential price movement toward Max Pain as expiration approaches. However, this is not guaranteed, and many other factors influence stock price movement.

No, Max Pain is not always accurate and should not be used as the sole indicator for predicting stock price movement. Here's why:

Market Forces: Strong fundamental news, earnings reports, or significant market events can override the Max Pain effect and drive prices in unexpected directions.
Institutional Activity: Large institutional trades, algorithmic trading, and other market participants may have different objectives than minimizing option payouts.
Limited Influence: While market makers may attempt to influence price toward Max Pain, their ability to do so is limited, especially in highly liquid stocks with strong directional momentum.
Multiple Expirations: Stocks often have options expiring on different dates (weekly, monthly), which means multiple Max Pain levels may exist simultaneously, reducing the predictive power of any single level.
Statistical Tool: Max Pain is best viewed as a statistical tool that provides context about option market dynamics rather than a guaranteed price target.

Traders should use Max Pain as one of many tools in their analysis, combining it with technical analysis, fundamental analysis, and market sentiment indicators for more comprehensive decision-making.

Max Pain becomes increasingly relevant as option expiration approaches:

Last Trading Week: Max Pain analysis is most useful during the final week before expiration, when option writers are actively hedging and the "pinning effect" (price movement toward Max Pain) is most likely to occur.
Expiration Day: On the day of expiration, Max Pain can serve as a key reference level, as market makers may attempt to keep the stock price near this level to minimize their payout obligations.
High Open Interest: Max Pain is more reliable when there is significant open interest concentrated around specific strike prices, as this indicates where option writers have the most exposure.
Low Volatility Periods: During periods of low market volatility, Max Pain may have a stronger influence, as there are fewer competing forces driving price movement.
Monthly Expirations: Monthly option expirations (typically the third Friday) often show stronger Max Pain effects compared to weekly expirations, due to higher open interest and more significant market maker involvement.

While Max Pain can be calculated at any time, its predictive value and practical application increase significantly as expiration approaches, making it particularly useful for short-term trading strategies focused on expiration week dynamics.

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