POWERSPORTS DYNAMOMETERS 101
Learn the basics of operating our line of powersport-specifc dynos.
Course Instructor: TJ Krob
1.1 - Introduction to Dynojet Powersports Dynamometers
1.2 - Introduction to Model 200i Dynamometers
1.3 - Introduction to Model 250i Dynamometers
2.1 - Basic Requirements, Pre-Inspection and Maintenance
2.2 - Understanding DynoWare RT Electronics
2.3a - Quick Start Dyno Run Guide
2.3 - Setting up Dynojet Power Core Software / Application Launcher
2.4 - Home Tab of Dyno Control
2.5 - Configuration Tab of Dyno Control
2.6 - Data Tools and Support Tab of Dyno Control
3.1 - Motorcycle Readiness for Dyno Action
3.2 - Basic Control Panel (POD) Interface Operation
3.3 - Loading the Motorcycle on the Dyno and Safety Prep
3.4 - Connecting/Choosing the RPM Source
3.5 - Connecting to Tuning Devices, AFR Sample Equipment, etc.
4.1 - Making Runs
4.2 - Post-Run Analysis & Customer Deliverables
4.3 - Unloading a Bike from the Dyno
5.1 - Course Conclusion
5.2 - Final Quiz
Heads up! We're currently running a 10% off sale on all of our dynos and related accessories on our site. If you've been thinking about upgrading equipment or starting your own tuning shop, there has never been as good of a time to do so than now.
We've heard you, getting set up and running on equipment of this caliber can be intimidating. This course is designed specifically to address that. Geared for those who have either just bought a dyno or a new employee at a shop, here's what you can expect from this course:
Introduction to Dynojet Dynamometers: Understanding different dyno models (200i, 250i, and iX options), and how Dynojet dynos measure performance and optimize tuning.
Core Dyno Operations: Setting up and operating a dyno, loading and unloading vehicles safely, and configuring the dyno for different vehicle types.
DynoWare RT and Power Core Basics: Navigating Dynojet’s software tools. Capturing data like RPM, horsepower, torque, and air/fuel ratio. Using real-time data to evaluate vehicle performance.
Understanding Load Control: How the eddy current brake simulates real-world riding conditions. The importance of steady-state tuning for precise adjustments.
Diagnostics and Troubleshooting: Identifying issues like fuel delivery inefficiencies and engine problems. Leveraging data to pinpoint and resolve performance issues.
Tuning Preparation: Basics of preparing vehicles for tuning. Understanding how dyno testing fits into the broader tuning process.
Safety and Best Practices: Ensuring operator and vehicle safety during dyno runs. Proper maintenance and care for your dyno equipment.
"Go for TJ"