mjprater

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

This is the problem when trying to scalp in low volatility. It feels like the market only moves in one direction then stops. I've done a lot of backtests in Metatrader with this strategy and the results suggest problems trading in low and high volatility markets. The most optimal conditions are above 20% historic volatility percentile and less than 80%. I wish I...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...

mjprater

I calculate the zone by using implied volatility from the futures to solve for a one standard deviation price range. Then multiply that by 1.5 for the bottom and .75 for the top of the zone. To pick direction I simply use the Ichimoku Kinko Hyo. When the price is above the kumo I'm short, when its below the kumo I'm long. The success rate should hover around 50%...