Festive Deal Dodge Hellcat Engine Tuning Using Hp Tuners Pro Version [TCkRv9sr]

Are you ready to take your Hellcat engine tuning skills to the next level? 

Have you always wanted to learn HP Tuners but didn’t know where to start?

Do you want to learn how to tune with guidance from industry experts?

If you answered YES, The Tuning Schools’ Dodge Hellcat Engine Using HP Tuners VCM Suite course is perfect for you! 

Combining years of industry experience on the Hellcat platform with hands-on, dyno- and track-proven results, the Dodge Hellcat Engine Using HP Tuners VCM Suite course will teach you our safe, repeatable, process-based system for Hellcat engine tuning.

Whether you are looking to tune your own Hellcat engine or you are a full-time tuner, this new Hellcat specific course will teach you the safe way to optimize drivability, make more power, and run faster on the track. In this course, you will learn:

• Fuel Injector Sizing
• Target Idle Speed Adjustments
• Startup Changes
• Idle Stability
• Torque Management
• Airflow Limiters
• Fuel and Spark Modifiers
• Power Enrichment
• Engine Cooling Controls
• Wide Open Throttle Fueling
• Wide Open Throttle Spark Tables
• Main Spark Tables
• ANN Training
• Fuel Cutoffs
• Variable Cam Timing
• Tuning for Alternative Fuels
• And so much more…

Additionally, the Dodge Hellcat Engine Using HP Tuners VCM Suite course covers tuning optimizations and the tuning process for both stock Hellcats and Hellcat builds featuring popular bolt-ons. Bolt-on tuning includes:

• Hellcat Injector Upgrades
• Pulley Upgrades for More Boost
• Headers and Exhaust Upgrades
• Cold Air Intakes
• And Alternative Fuels like E85

Everything in the Dodge Hellcat Engine Using HP Tuners VCM Suite course is backed by on track, on-dyno, and real-world tuning experience and the complete course contains both a written text book and The Tuning School’s popular Checklist System, to ensure safe, repeatable, and process-driven tuning.

Safe

Learn how and why you are making each tuning change and understand the implications of each change to maximize safety.