Unleash Your EcoBoost
Turbocharged EcoBoost engines respond especially well to proper tuning. By optimizing key engine parameters, we can improve horsepower, torque, throttle response, and overall power delivery.
Instead of using a generic calibration, dyno tuning allows us to see exactly how your Ford performs throughout the RPM range and make adjustments specifically for your setup.
What is EcoBoost?
EcoBoost is Ford’s name for its family of turbocharged, direct-injection gasoline engines.
It produces strong horsepower and torque from a smaller-displacement engine while maintaining good everyday drivability and potentially better fuel economy than a larger engine under comparable conditions.
Ford has offered EcoBoost engines such as the 2.3L four-cylinder, 2.7L V6, 3.0L V6, and 3.5L V6 across different vehicles and model years.
A tune can optimize parameters involving:
- Boost and turbo operation
- Air/fuel ratio
- Ignition timing
- Throttle response
- Torque management
- Transmission behavior on supported vehicles
More Horsepower & Torque
Ford EcoBoost engines combine turbocharged performance with impressive everyday drivability, but there is often additional performance potential available through proper calibration.
Our custom dyno tuning allows us to evaluate your EcoBoost under controlled conditions and fine-tune its performance based on real-world data from your specific vehicle.
One of the biggest advantages of EcoBoost tuning is the potential for stronger horsepower and torque.
Because these engines use turbochargers, calibration plays an important role in determining how the engine delivers power.
A properly tuned EcoBoost can provide noticeably stronger acceleration and a more responsive driving experience.
What is EcoBoost?
EcoBoost is Ford’s name for its family of turbocharged, direct-injection gasoline engines.
It produces strong horsepower and torque from a smaller-displacement engine while maintaining good everyday drivability and potentially better fuel economy than a larger engine under comparable conditions.
Ford has offered EcoBoost engines such as the 2.3L four-cylinder, 2.7L V6, 3.0L V6, and 3.5L V6 across different vehicles and model years.
A tune can optimize parameters involving:
- Boost and turbo operation
- Air/fuel ratio
- Ignition timing
- Throttle response
- Torque management
- Transmission behavior on supported vehicles
Turbo & Boost Optimization
Boost pressure and turbocharger operation are critical parts of EcoBoost performance. Dyno testing lets us evaluate how the vehicle builds and maintains boost under load while making appropriate calibration adjustments for dependable, usable performance.
Contact Us
We specialize in dyno tuning Ford and Chevy Trucks, SUVs, and sports cars. From daily-driven V8 trucks and full-size SUVs to Mustangs, Corvettes, and Camaros, we fine-tune your vehicle for stronger horsepower, torque, throttle response, and overall drivability.
Benefits of Tuning
Your Car or Truck
What is DYNO Tuning?
Dyno tuning is the process of testing and fine-tuning your vehicle while it runs on a dynamometer, allowing us to measure horsepower, torque, and engine performance under controlled conditions.
Using real-time data, we can evaluate how your engine responds throughout the RPM range and make precise adjustments to its computer calibration.
A professional dyno tune can improve horsepower, torque, throttle response, power delivery, and overall drivability.
It is especially valuable for vehicles with performance upgrades such as exhaust systems, cold-air intakes, headers, camshafts, superchargers, or other engine modifications.
Instead of relying on a one-size-fits-all tune, dyno tuning allows the vehicle to be calibrated based on how it performs.
Air-to-Fuel Ratio
Adjusting the air-to-fuel ratio (AFR) changes how much fuel is mixed with the air entering the engine. Getting that mixture properly calibrated can:
- Increase horsepower and torque by improving combustion.
- Improve throttle response and make power delivery smoother.
- Protect the engine from dangerously lean conditions that can increase heat and detonation risk.
- Prevent overly rich mixtures, which waste fuel and can reduce performance.
- Potentially improve fuel efficiency during cruising when properly calibrated.
- Support modifications such as intakes, headers, exhausts, cams, superchargers, and turbos.
In simple terms: too much fuel wastes fuel and can hurt performance; too little fuel can create excessive heat and engine risk. Dyno tuning helps calibrate the mixture appropriately across different RPM and load conditions.
More Horsepower & Torque
Dyno tuning helps unlock your vehicle’s performance by optimizing how the engine produces horsepower and torque throughout the RPM range.
More horsepower can improve acceleration and top-end performance, while stronger torque gives you greater pulling power and response when you hit the throttle.
By measuring your vehicle under real load, we can fine-tune its performance for stronger, smoother, and more usable power on the road.
Potential Benefits of Dyno Tuning*
(*Results Not Guaranteed. Performance varies based on the customization requests.)
Fuel Efficiency
Dyno tuning can improve fuel efficiency by optimizing the air-to-fuel ratio, ignition timing, and engine performance.
A properly calibrated tune helps your engine burn fuel more efficiently, reducing unnecessary consumption while maintaining strong, responsive performance.
Oil Consumption
Customized tuning can help reduce excessive oil consumption by improving engine calibration, combustion efficiency, and operating conditions.
A properly optimized tune can reduce unnecessary engine stress and help your engine operate cleaner and more efficiently.
Operating Temps
A tune-up can help lower operating temperatures by optimizing fuel delivery, ignition timing, and engine calibration.
A properly tuned engine can run more efficiently, reducing excess heat and helping protect critical engine components under demanding conditions.
Engine Life
Dyno tuning can help extend engine life by optimizing fuel delivery, ignition timing, and overall performance.
Proper calibration reduces unnecessary engine stress, promotes cleaner combustion, and helps protect critical components from excessive wear over time.