Target Profits Between $165 and $175 with a Broken Wing Butterfly on Nvidia Stock

Nvidia (NVDA) found support at the 200-day moving average, around $175 on Wednesday and that appears to be a key level moving forward. Today weโ€™re looking at a broken wing butterfly trade that creates a profit zone between $165 and $175 with income potential of around $75. Yesterday, the stock closed around $183.04. A broken…


Target Profits Between 5 and 5 with a Broken Wing Butterfly on Nvidia Stock
Target Profits Between 5 and 5 with a Broken Wing Butterfly on Nvidia Stock

Nvidia (NVDA) found support at the 200-day moving average, around $175 on Wednesday and that appears to be a key level moving forward.

Today weโ€™re looking at a broken wing butterfly trade that creates a profit zone between $165 and $175 with income potential of around $75. Yesterday, the stock closed around $183.04.

A broken wing butterfly with puts is a butterfly spread with long put strikes that are not at the same distance from the short put strike.

A broken wing butterfly has more risk on one side of the spread than on the other.

You can also think of it as a butterfly with a โ€œskipped strikeโ€.

The trade is usually set up as a slightly bullish trade.

A broken wing butterfly with puts is usually created buying a put, selling two lower puts and buying one further out-of-the-money put.

An ideal setup of the trade is to create the broken wing butterfly for a net credit, in this way, there is no risk on the upside.

The main risk with the trade is a sharp move lower early in the trade.

On NVDA, an April 17 expiry broken wing butterfly could be set up through buying the $160 put, selling two of the $170 puts and buying the $175 put.

Here are the details of the trade as of yesterdayโ€™s close:

Buy 1 April 17, $160 put @ 3.60

Sell 2 April 17, $170 put @ 5.85

Buy 1 April 17, $175 put @ 7.35

Notice that the upper strike put is 5 points away from the middle put and the lower put is 10 points away.

This broken wing butterfly trade will result in a net credit of $75, which means that if NVDA stays above $175, the profit will be $75 or 17.6%.

On the downside, the maximum loss can be calculated by taking the difference between the two widths (5) multiplied by 100, minus the premium received.

That gives us 5 x 100 – 75 = $425.

The maximum gain can be calculated as 5 x 100 + 75 = $575

The ideal scenario for the trade is that NVDA stays above $175 for the next month. The main expiration profit zone is between $165 and $175.

The trade starts with delta of 4, so has a slight bullish bias to start, but that will flip to slightly negative delta closer to expiry if NVDA is still above $175.

In terms of risk management, I would set a stop loss of 20% of the capital at risk, or if NVDA broke below $165.

This is what the trade looks like as of today:

You can see the main risk in the trade is a drop in price early on. The blue line is the profit and loss at expiration and the purple line is the T+0 line. T+0 just means โ€œtodayโ€.

So, we donโ€™t want the stock to get into the profit tent too early.

What about in four weeksโ€™ time? How does the trade look then?

Looking a pretty good at any price above $172.

This strategy should move fairly slowly unless there is a sharp drop in the stock price.

You can do this on other stocks as well but remember to start small until you understand a bit more about how this all works.

With any option trade, itโ€™s important to have a plan in place on how you will manage the trade if it moves against you.

A stop loss of 20% might make sense in this scenario. If NVDA is below $170 near expiry, there will be assignment risk

Please remember that options are risky, and investors can lose 100% of their investment.

This article is for education purposes only and not a trade recommendation. Remember to always do your own due diligence and consult your financial advisor before making any investment decisions.

On the date of publication, Gavin McMaster had a position in: NVDA. All information and data in this article is solely for informational purposes. This article was originallyย published on Barchart.com

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