Our dynos are key to product development and properly testing our performance engine assemblies.

We have two engine dyno test cells for Lycoming 4, 6, and 8 cylinder engines.

Engine dyno testing allows us to record a significant amount of information on a particular engine assembly in a safe, controlled environment.  Development and longevity testing is performed on the dyno much more efficiently than flight testing, offering a significant time and cost savings.  And possibly most important, our customers benefit from our experience with other engine combinations to maximize their configuration.

 

Our data acquisition system is the key to extracting and utilizing information from our dynos.  We have the capability of recording more than 40 channels of data, at sample rates up to 48kHz (48,000 samples per second).  From these large data files, the system can quickly produce data sheets showing HP and Torque vs. RPM, with overlays of individual cylinder EGT's, AFR, crankcase pressure, fuel flow, or any other combination.  We utilize the SAE J607 testing standards including atmospheric correction so that we can accurately compare engine output readings from different days.

 

Our test cells can support standard O-320's up to TIO-720 Lycoming engines.  We have specialized procedures for breaking-in new engines in the safest and most effective ways.  This is especially helpful in new builds because we eliminate uncertainty from the engine operation during the sometimes stressful first flight.

Our engine dynos offer us the opportunity to extract the maximum amount of safe power from your engine.  We fully calibrate each new engine that we assemble and can also do the same for engines that are shipped to us.  We can simulate flight conditions to fully map the fuel system and ignition (when available).  This removes the lengthy process of flight testing and lets the pilot concentrate on other areas.

Please call or This email address is being protected from spambots. You need JavaScript enabled to view it. us with your specific requirements so that we can provide an accurate cost estimate of our dyno services.  It is best to schedule dyno time with us 2-3 months in advance so that we can plan accordingly.  In addition to engine break-in and performance measurement, our dyno cells are well-suited to provide test data for manufacturer product testing throughout the development process and final verification necessary for FAA/PMA certification.

 

Basic Engine Dyno Service Pricing:

 

Lycoming 360/390 - Initial Engine Break-In and Power Verfication

Price Includes:

  • Labor to install/uninstall engine on dyno and connect data acquisition components
  • SDC engine break-in procedure followed by power verification
  • Power curves generated for engine under full rich and leaned mixture settings
  • Engine preservation after testing, 60 day duration
  • Typical total engine run time is 2.5 - 3.0 hours
  • Price assumes receipt of complete engine assembly
  • Entire process generally takes 2-3 days.

Additional Costs:

  • Any necessary consumables (Fuel, Oil, Spark Plugs, etc) charged at actual cost
  • Labor for calibrating fuel system, MBT, etc @$175/hr
  • Labor for installing/uninstalling parts @$110/hr
$1,575.00
   

Lycoming 540/580 - Initial Engine Break-In and Power Verfication

Price Includes:

  • Labor to install/uninstall engine on dyno and connect data acquisition components
  • SDC engine break-in procedure followed by power verification
  • Power curves generated for engine under full rich and leaned mixture settings
  • Engine preservation after testing, 60 day duration
  • Typical total engine run time is 2.5 - 3.0 hours
  • Price assumes receipt of complete engine assembly
  • Entire process generally takes 2-3 days.

Additional Costs:

  • Any necessary consumables (Fuel, Oil, Spark Plugs, etc) charged at actual cost
  • Labor for calibrating fuel system, MBT, etc @$175/hr
  • Labor for installing/uninstalling parts @$110/hr
$1,625.00