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Guide To Choosing The Best Gear Ratios For Racing Cars
https://www.yourdatadriven.com/guide-to-choosing-the-best-gear-ratios-for-racing-cars/
So for example, say your racing car makes 140bhp (@ 6000 rpm). The top speed would be: Cube root of 140 bhp = 5.19 --> Top Speed = 20 times 5.19 = 104 mph This calculation works fairly well for a regular car shaped racing car. I find it can be quite useful, especially if you are struggling to sanity-check your frontal area calculations.
How to Choose the Right Gear Ratio for Your Muscle Car …
https://www.motortrend.com/how-to/how-to-choose-the-right-gear-ratio-for-your-muscle-car-or-drag-racer/
To determine the vehicle's overall First gear ratio we simply multiply the First gear ratio by the rear axle ratio (e.g., 2.48 x 4.10 = 10.17:1).
How to pick the right gear ratio for your needs | Articles
https://grassrootsmotorsports.com/articles/how-pick-right-gear-ratio-your-needs/
To find the ideal selection, multiply the final drive ratio by the redline speed in fourth gear (152 mph) and divide that by the top track speed (140 mph). This would yield a theoretical 3.33—which is close enough to the nearest available final drive ratio of 3.36:1.
How to Find a Gear Ratio for Racing Cars - It Still Runs
https://itstillruns.com/gear-ratio-racing-cars-5673852.html
Step 1 Step one the Control Lap: Take your car out as is for the first lap. It is important to run as hard a lap as possible so that you will know exactly what needs changing in relation to each turn. When running check to see what gear you are using for each corner and straight trying to almost memorize the track.
Gear Ratio Calculator - Summit Racing
https://www.summitracing.com/newsandevents/calcsandtools/gear-ratio-calculator
Gear Ratio Calculator Ring-and-pinion selection made easy! Save yourself the headache and let us figure out your ring-and-pinion gear ratio! Just type in your info (example: 5000 RPM), press calculate, and you’ll get the right ratio without the guesswork. Solve For Gear Ratio (ex. 4.56) RPM (ex. 5000) Tire Diameter (in.) (ex. 28) MPH (ex. 45)
Gear Ratio Guide - How To Choose The Right Ratio
https://www.motortrend.com/how-to/ctrp-0904-gear-ratio-guide/
Gear needs are influenced by: 1) track length, 2) track banking angle (speed through the turns), 3) turn radius and length of straight-aways (tighter turns equal less speed and rpm, long straights...
Wallace Racing - Calculate Rear End Gear Ratio needed
http://wallaceracing.com/calcrgr.php
To find the ideal gear ratio for cruising use your RPM at peak Torque. Example: If your max Torque is at 3300 RPM use 3300 for the RPM. Please Input The RPM,Tire Diameter and MPH
John Maher Racing » GEAR RATIO CALCULATOR
https://johnmaherracing.com/calculators/gear-ratio-calculator/
GEAR RATIO CALCULATOR Read off your mph at any rpm in any gear. Enter transmission and rear tyre data in the yellow boxes. Tyre diameter is automatically calculated from tyre profile info e.g. 195/55 x 15 = 24.44 inch tyre diameter.
Gear Ratio Calculator - Calculate the Gear Ratio You Need.
https://www.strangeengineering.net/gear-ratio-calculator/
Select the value you want to solve for. For the Tire field, enter your tire diameter in inches. If you know your gear ratio then this doubles as a Vehicle Speed Calculator Just type in your info, press calculate, and you’ll get the right gear ratio without the guesswork. *** Calculated using a 1:1 final drive ratio (No Overdrive)
How to Select Gear Ratio Combos for Better Performance
https://www.racingjunk.com/news/how-to-select-gear-ratio-combos-for-better-performance-2/
First, look closely at the rolling stock fitted to a modern high performance car. It will seldom be 26.5 inches in height. If you spin back the clock, tires with diameters two, three and even four inches bigger were the norm. Nostalgia hot rods tend to be great examples – they often roll on rear rubber that’s 30-inches tall or greater in height.
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