As the world moves towards a new era of energy-efficient cars and light trucks, we’re starting to see more and more hybrids, the type of vehicles that would have been in production a generation ago.
Some of these vehicles have already been on the market for years, but the “optima” hybrid engine has never been in the public eye.
This engine has been in development for years now, but has never seen a mass production vehicle.
With the advent of the new generation of “smart” cars and vehicles with a much higher power output, the “Optima” engine could soon make its debut.
This article will explain how the “optimized” engine is supposed to perform on the road.
First of all, let’s get the basics out of the way.
What is an “Optimized” Engine?
An “Optimal” engine, or the “engine optimized for speed” engine as it is sometimes called, is a vehicle with a specific power-to-weight ratio (the engine’s power output is multiplied by the vehicle’s weight to obtain the vehicle vehicle’s overall horsepower) that has been engineered to be “optimally” efficient for a given driving scenario.
While a lot of “optimization” work is done for these engines, the overall goal is to provide vehicles with “better fuel economy, less emissions, and a safer driving experience.”
Optimal engines generally use fuel injected, piston-driven engines, which are more efficient than fuel injection systems, which use injectors or spark plugs.
As a result, fuel injection engines are often referred to as “optimal” because the amount of gas that enters the combustion chamber is maximized.
What is the “Sprint” Engine?: The “Sorcerer” engine (also known as the “Reverse Drive” engine) is one of the most famous “optimized engines” in automotive history.
The “Spirits” engine was developed by Mercedes-Benz, and it is believed that the “ultimate” driving experience for the engine would be to use the engine in conjunction with a car’s “drive-thru” feature, where a car can pull out of traffic and accelerate to a stop.
This feature allows a driver to have a complete sense of control of the vehicle without having to look at the vehicle from behind or on the side of the road, and allows for an even smoother ride.
The Sorcerer engine was built for the 1957 World’s Fair in Frankfurt, Germany, and was one of several models built for that show.
In fact, Mercedes-AMG had the “sorcerer engine” built at their headquarters in the U.S.
A Mercedes-Sauber team had a special “S” logo on the engine.
For more information on the “Porsche” engine and the “Ferrari” engine check out these articles: Engine Performance Comparison: The Porsche and the Ferrari: How Does the “SparkPlug” Engine Performance Compare to Other Engines?
When looking at how the engine performs on the roads, the difference between the “standard” engine in a vehicle and the optimized engine is pretty striking.
If you’ve ever driven a Porsche 918 Spyder, you’ve probably noticed that the engine produces about 300 horsepower and 460 lb-ft of torque.
That means the “sparkplug” engine produces a maximum of 6,000 lbs of torque at a maximum speed of 65 mph, or around 2,500 ft/sec.
However, the Porsche engine is designed to be much more efficient in comparison to other modern “optimum” engine designs, and that efficiency is what you can see in the graph below.
The average peak torque for a car with the “best” power-plant on the highway is around 2.5-3,500 lbs-ft. In contrast, the average peak power output for a “normal” gasoline engine is around 4,000 pounds-ft, so the “normalized” engines peak power is higher than most other modern engine designs.
Is the “Efficient” Engine “Optimum”?
The answer is, yes.
The reason the “equivalent” gasoline engines are rated at about 4,500-5,000 psi of pressure is because gasoline engines, in general, tend to have more compression than the engine designed for a vehicle.
In addition, because of the “electronic valve timing” (EVT) system used in modern gasoline engines (as opposed to traditional mechanical valves), a vehicle’s “peak power” will always be greater than its “peak torque.”
The difference between a “standard gas” engine on the street and the turbocharged, fuel injected “Optimus” engine you see on the pavement is that the turbo-charged engine will use less fuel.
This means that the car’s maximum speed is much more predictable and the car will be able to maintain