This CD-ROM is currently being updated.  Pre-orders may be placed at this time.  Expected shipping time is late February 2008. In 1993, early versions of Dynomation™ became widely recognized by professional engine builders and racers as the world's leading engine simulation software. After nearly 20 years of successful application, continued testing and improvement, and millions of dollars of further development on the part of three companies (VP Engineering, Motion Software, Inc., and ProRacing Sim, LLC.) Dynomation Advanced™ is now available to all engine professionals and serious enthusiasts. Software Overview: Setting new standards in simulation technology, Dynomation allows users to “look inside” a running engine! Dynomation lets you see and analyze the powerful wave dynamics controlling induction and exhaust flow. For the first time, anyone can explore the effects of runner lengths, port taper angles, header tubing and collector dimensions, cam timing interactions, and much more. No other device or computer program does a better job of helping you understand internal mass flow. Dynomation displays precisely how pressures and flow velocities vary at the valve/chamber interface. View induction and exhaust pressure pluses and mass flow data to gain unprecedented insight into why specific changes alter power and torque. And Dynomation applies this tremendous modeling capability to a virtually unlimited range of engines, from humble single-cylinder engines to exotic V-12 racing powerplants. Design, build, and test a 1600hp ProStock engines, passenger-car daily drivers, exotic Sport-Compact Variable-Valve-Timing racers, or motorcycle engines (even those with megaphone exhaust systems)! With nearly one thousand built in shortblock configurations, a wide variety of domestic and import induction systems, hundreds of forced-induction choices, and much more, Dynomation will become your most valuable development tool. User Interface And Features: Despite the awesome modeling power in Dynomation, this simulation package was carefully designed to be easy and intuitive to use, even for beginners exploring engine dynamics for the first time! Are we exaggerating? Not at all. Supplied with an easy-to-read 300 page Users Manual, any user can learn how finite-amplitude waves (over 10,000 times "louder" than the typical sound waves we hear every day) move, change, and flow within the engine. By simply "playing" with Dynomation, you can easily see charge reversion, in-tune and out-of-tune conditions in the intake and exhaust passages, how cam timing affects mass flow and much more. Because Dynomation has been so carefully crafted to be easy to use, it is the best educational tool on engine pressure-wave dynamics available anywhere, hands down! And this fact is no better exemplified by the 3D realtime-rendered, cutaway engine available within Dynomation. Dynomation includes a 3D cutaway engine with piston motion and gas-dynamic flow rendered in real-time and synchronized with the wave-dynamics, crank-angle results graphs. Simply, drag the graph pointer and watch the engine move through its cycles, visualizing mass flow, exhaust and intake pressure waves, flow velocities, and more throughout the entire 4-cycle process! With the 3D engine, Dynomation helps you see WHY an engine makes more power or, perhaps even more importantly, uncover and fix the reasons for poor performance. Technical Overview: Everything about this new simulation is groundbreaking. Dynomation incorporates two distinct engine simulation models: 1) A Filling-And-Emptying simulation that provides extremely fast mathematical solutions to engine physics, including flow analysis and common intake- and exhaust-manifold modeling, making this technique a uniquely powerful and rapid way to "ballpark" engine design with very good accuracy, and 2) A full Wave-Dynamics Method-Of-Characteristics simulation that accurately predicts the complex pressure-wave dynamics and particle flow in intake and exhaust ducting. The Wave-Action model picks up where the Filling-And-Emptying method leaves off and "homes in" on the best port sizes, shapes, runner lengths, header-tubing sizes, cam timing and valve motion, and much more, providing unprecedented accuracy for the serious engine designer and builder. By integrating these simulation technologies using a carefully-crafted Direct-Click™ user interface, engine data is seamlessly shared by both simulation models. Power, torque, engine pressures and more can be displayed independently, in comparison views, or in a HybridSim™ (a ProTools™ feature), where simulation results from both methods are intelligently combined, building on the strengths of each modeling technology. The complete Dynomation package includes a great deal more than this. You’ll also find hundreds of other features that have become ProRacing Sim’s trademarks, including: 1) rapid Iterative™ testing, 2) comprehensive CamManager™ camshaft, cylinder-head-flow and engine-file import, 3) several built-in calculators for compression ratio, airflow conversion, and cam-timing math, 4) multiple-engine analysis, side-by-side, and One-Click QuickComparisons™, 5) professional multi-page dyno-test reports, and much more. This is the most accurate, capable, and extensive engine simulation software package ever offered to the professional or engine enthusiast. ProTools™ Features: If you are a serious enthusiast, racer, or professional engine builder, you will find the additional tools and features supplied in ProTools™ Kit a valuable addition to the Advanced Mode of Dynomation. Here is a quick overview of key ProTools™ Kit contents (view the Engine Simulation Feature Table for a comprehensive overview of program features): ProIterator™—A powerful feature of the ProTools™ Kit. The ProIterator™ retains all the simplicity and ease-of-use of the Quick Iterator™ (supplied in the Advanced Mode), while adding powerful testing and analysis capability, including custom ranges, Induction-system Iteration, analysis of areas under the power and torque curves, and much more. DataZones™—Extends the graphic-display and data-analysis capabilities of Dynomation. Using this feature, you can add additional data to graphs and/or show ranges for target power values, clearly label dangerously high pressures, engine speeds, and more. To view DataZones™ displays, see page 203. Additional Simulation Data And Analysis—ProTools™ adds additional simulated pressures, forces, and other data to the graphs and tables in Dynomation. The additional data includes: Indicated Horsepower, Frictional Horsepower, Pumping Horsepower, Mechanical Efficiency, Gas Force On Piston, Induction Airflow, and Piston Speed. In addition, port-flow mass analysis data is provided and can be graphed or viewed on the 3D engine cutaway. Pressure waves are visible in the ports of the 3D engine and are keyed to the Crank-Angle graph reticules. Import FlowPro, CamProPlus, S96, CamDoctor Files—ProTools™ adds the capability to import FlowPro flow bench files and a number of cam Profile files. A comprehensive import dialog allows you to set the lift for duration calculations, centerlines, etc. ProPrinting™—Turns simulation results into a comprehensive "presentation" report of dyno-test data. ProPrinting™ features include custom graphics, a cover page with the name and address of your business (or your personal name and address) and logo, a table of contents, optional text printed at the bottom of each page (can be a disclaimer, copyright notice or any other text you wish), optional comprehensive or "mini" glossaries, and a complete listing of all test data and results at each rpm test point, including additional engine-data values, pressures, forces, and more not included in a Advanced Version. Users Manual: Dynomation is supplied with a 300-page, full-color, on-disk Users Manual (directly accessible from within the Dynomation) and printed QuickStart guide that details the features of this comprehensive engine simulation. What’s New For Previous DOS Users: If you have used the earlier, DOS version of Dynomation (originally developed by Curtis Leaverton at V.P. Engineering) you will find the ProRacing Sim Dynomation Adavnced release to be a very substantial upgrade (even more so with the addition of the ProTools Kit; see description, above). Many aspects of this program have been rebuilt from the ground up, including the user interface, results displays, sophisticated Forced-Induction modeling, plus the incorporation of a super-fast Filling-And-Emptying simulation that can rapidly "ball-park" engine designs. In addition, you find an enormous speed increase in Wave-Action analysis! The display and analysis of pressure waves in the intake and exhaust ports also has been greatly improved. Simply click on the power/torque graph to select any rpm point, and you will instantly see the status of pressure waves and mass flow. Drag the reticule line on the power/torque graph, this will dynamically display the pressure waves as engine speed changes. This capability provides an unprecedented view of pressure and particle flow within a "running" engine. Another new addition to Dynomation Advanced is a powerful, but easy-to-use Iterative Testing™ feature for the Filling-And-Emptying model. An exclusive feature of ProRacing Sim simulations, Iterative Testing allows you to automatically perform thousands of dyno tests, keep track of all the results, and locate the best component combination that matches your search criterion. This is a great way to locate nearly optimum cam timing that can be fine-tuned in the Wave-Action model! In addition to these major enhancements, you will find hundreds of other improvements, including additional menu selections, more airflow and camfiles, a substantially expanded users manual, and an optional ProTools™ Kit™, and much more! What Dynomation Can Do: (View the Engine Simulation Feature Table for a comprehensive overview of all program features) Determine Horsepower And Torque With High Accuracy Analyze Pressure Waves And Their Affect On Power Display Intake And Exhaust Pressures And Flow Velocities Display Cylinder Pressures Throughout 4-Cycle Process Build And Test Virtually Any 4-Cycle Engine! Find The Best Parts And Specs For Any Application Easy Component Selections, Just Point And Click CamManager™ Shows Cam Timing Lobe Acceleration Exclusive Iterator Testing™ Adds Incredible Power Test Alternate Fuels And Nitrous-Oxide Injection Auto-Scaling Power, Torque, Pressure Curves Display And Print Components And Color Graphs Test Carburetors/Injection, Stock & Racing Manifolds View And Print Engine Pressures, Efficiencies Model And Compare Multiple Engines Use Built-In Calculators (Cam, Induction Flow, Compression, Airflow) Optional ProTools™ Kit Adds Professional Features Instantly Switch Between US & Metric Units Tune These Key Engine Components: Select Simulation Model And Testing Characteristics Bore, Stroke, Pin Offset, Rod Length, Rod Ratio Number Of Cylinders Wedge, Canted, Hemi, Pentroof, 2- And 4-Valve Heads Intake And Exhaust Valve Sizes And Flowbench Test Sizes 1, 2, Or 3 Valves Per Port Accurate Flow-Bench Data Modeling Enter Flow Data To Model Any Cylinderhead Valve Lift And Automatically Calculate Valve Lift Compression Ratio From 6:1 to18:1, Use Convenient C/R Calculator Intake Manifold And Exhaust System Modeling Up To 7000cfm Peak Induction Flow Any Carburetor (multiple or single) or Fuel Injection Intake/Exhaust Port Design And Modifications Intake Runner Length And Taper Angle Analysis Turbo And Supercharger Pressures, A/R Ratios, Turbine Sizes Roots, Centrifugal Belt Ratios, Intercooler Efficiency Various Fuels, Including Gasoline, Methanol, Propane, More Model Air/Fuel Ratio Changes Throughout Engine Test Nitrous-Oxide With Gasoline And Methanol Standard Headers, Megaphone Systems Model Mufflers, Catalytic Converter Backpressure Exhaust Minimum Port Area Modeling Exhaust Header Tubing Size And Length Straight or Stepped Headers Collector Size, Length, And Taper Model Standard And Variable Valve Timing Systems (VTEC) Overhead Cam, Pushrod, Rocker, Any Ratios Modify All Valve-Event Timing Specifications Lobe Acceleration Analysis And Modeling Change Lobe Centerlines And Durations Use Cam Profile or 10-Point Timing Methods Search 4000+ CamFiles In Seconds; Find Compatible Profiles! And Much More! Our Most Powerful And Accurate Simulation! What The Pros Say About The Filling And Emptying and Wave-Dynamics Capabilities In Dynomation: Dynomation is the only engine simulation program that helps the individual understand the gas-exchange process. Warren Johnson, Engine designer, builder, ProStock Champion.   We picked up a tenth and ten mph from changes we found in Dynomation. Jim McClure, Top-Fuel racer, record holder. First naturally aspirated 200-mph Harley-Davidson.   The most revealing and though provoking engine simulation that I have ever used! George Bryce, Three time world NHRA ProStock Motorcycle champion.   The best of its kind on the market! Easy to use and it produces accurate results. David Vizard, professional race car driver and engine builder, member of SAE, author of countless magazine articles and almost 100 books on automotive performance.   Remarkably accurate! John Baechtel, former Editor of Hot Rod and Car Craft Magazines, member of exclusive 200mph Bonneville Club, member SAE, computer graphics whiz, and current owner of Westech Performance dyno testing facility. System Requirements: An Windows-compatible PC with a CD-ROM drive. A fast system processor (2GHz or faster) will improve processing speeds; especially helpful for Wave-Action and Iterative testing. However, Dynomation will operate on any Windows system, regardless of processor speed. A USB Port for the Security Key required to run Dynomation. A minimum of 128MB of RAM (random access memory) for Windows98/Me; 256MB for Windows2000/XP. Windows98/Me or 2000/XP (Windows95 is not supported). A video system capable of at least 800 x 600 resolution. Recommend 1280 x 1024 or higher to optimize screen display of engine components and performance analysis graphics. 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