The following graphs depict the coefficient of friction for leading motor oils available in the retail market and how the addition of MPG+ reduces the friction when added as recommended. The lines on the graph depict the coefficient of friction the test device experienced while the test was being performed. The number shown at the bottom of each graph known as the “Grand Average” is the average coefficient of friction for each oil and oil blended with MPG+. The higher the “Grand Average”, the greater the friction is. Accordingly, the lower the “Grand Average”, the lower the coefficient of friction. Performance of an engine, or any machine, improves when the coefficient of friction is reduced.

#### Mobil 1 is recognized as the world’s leading synthetic motor oil

The “Grand Average” of the coefficient of friction for the Mobil 1 – 15W50 is 0.097. When MPG+ is added to the Mobil 1 at the recommended rate of 2 ounces per quart, the “Grand Average” of the coefficient is reduced to 0.055, which is a 43.3% reduction of friction.

Friction Test – Mobil 1 15W50 Oil

Friction Test – Mobil 1 15W50 Blended with 2 Ounces of MPG+

Comparison of Coefficient of Friction – Mobil 1 15W50 & Mobil 1 15W50 with MPG+

#### Formula Shell Motor Oil is recognized as one of the world’s leading petroleum based motor oils

The “Grand Average” of the coefficient of friction for the Formula Shell – 10W30 is 0.109. When MPG+ is added to the Formula Shell at the recommended rate of 2 ounces per quart, the “Grand Average” of the coefficient is reduced to 0.055, which is a 49.5% reduction of friction.

FRICTION TEST GRAPH – FORMULA SHELL 10W-30

FRICTION TEST -MPG+ @ 5.88% BLEND WITH FORMULA SHELL – 09-07-17

Comparison of Coefficient of Friction – Shell 10W30 & Shell 10W30 with MPG+

The reduction of friction of over 40% depicted in the graphs means that MPG+ customers will experience increased performance (horsepower & torque), increased fuel economy and reduced emissions. Please review the data on our website that proves that MPG+ also significantly reduces wear.