Tracy Lewis Performance

Tracy Lewis Performance Manufacturer of the RX Catch Can and Tracy Lewis Performance Products and Overkill Supercharger Syst

06/02/2026

We are giving back to those who give so much for our country. This Saturday, June 6th, anyone with a valid military id will get free spectator admission! Time Runs at 1pm. Eliminations approx 4:30pm .

06/02/2026
Our home town hero:  https://www.facebook.com/share/18WNBqQZ9Q/?mibextid=wwXIfr
06/02/2026

Our home town hero: https://www.facebook.com/share/18WNBqQZ9Q/?mibextid=wwXIfr

Few drivers in NASCAR history built a reputation quite like Dick Trickle. Long before he became a fan favorite on the national stage, Trickle was a short-track legend who reportedly won well over 1,000 feature races across the Midwest. He was known for his smooth driving style, calm demeanor, and trademark habit of lighting a cigarette during caution periods. Yet beneath that easygoing image was a fiercely competitive racer whose career featured dramatic crashes and memorable rivalries that helped define one of stock car racing's most unique personalities.

# # # Major Crashes

Unlike many modern NASCAR stars whose careers are remembered for spectacular wrecks on superspeedways, Dick Trickle's most significant incidents often reflected the gritty nature of stock car racing during the 1970s, 1980s, and early 1990s. Racing in an era when safety standards were still evolving, Trickle frequently competed on demanding short tracks where contact was part of everyday competition.

One of the most notable crashes of his NASCAR Cup career came during the early years of his full-time participation in the series. As an older rookie competing against much younger drivers, Trickle often found himself racing aggressively in the middle of crowded packs. Several heavy accidents at tracks such as Daytona and Talladega highlighted the dangers of superspeedway racing, where a single mistake could trigger multi-car pileups. Although he escaped serious injury from these incidents, they served as reminders of the risks faced by drivers in that era.

Trickle also endured numerous crashes throughout his legendary short-track career in Wisconsin and across the Midwest. Racing hundreds of events each year meant accidents were inevitable. Cars were frequently damaged, suspensions bent, and sheet metal torn apart. What separated Trickle from many competitors was his ability to recover. Team members often recalled how he could climb from a wrecked race car, help repair it, and return to competition almost immediately.

Perhaps more significant than any individual crash was the cumulative toll of decades spent behind the wheel. Trickle raced relentlessly, often entering several races in a single week. The physical punishment from countless impacts and accidents became part of his racing identity. His durability earned tremendous respect among fellow drivers and fans alike.

While Trickle never experienced a career-defining crash that altered the course of NASCAR history, his ability to survive and thrive through thousands of races demonstrated extraordinary toughness. In many ways, his story was less about one famous wreck and more about enduring an entire career in one of motorsport's most unforgiving environments.

# # # Rivalries

Dick Trickle's greatest rivalries emerged not on NASCAR's biggest stages but in the fiercely competitive short-track circuits where he built his legend.

One of the most significant competitive relationships was with fellow Wisconsin racing star Alan Kulwicki. Although their careers followed different paths, both drivers represented Wisconsin's rich racing culture and frequently found themselves compared by fans and media. Kulwicki's engineering-focused approach contrasted sharply with Trickle's old-school racer mentality. Their competition symbolized two different generations of stock car racing.

Trickle also developed numerous rivalries with short-track veterans throughout the Midwest. Because he raced so often and won so frequently, he became the driver everyone wanted to beat. Competitors regularly challenged him for local championships, feature victories, and regional bragging rights. His remarkable winning record naturally created tension among rivals who grew tired of seeing Trickle in victory lane.

When he entered NASCAR's national series full-time in 1989 at age 48 and won the prestigious Rookie of the Year award, another form of rivalry emerged. Younger drivers viewed him as an outsider who had arrived late to the Cup Series after dominating local racing for decades. Trickle responded by consistently outperforming expectations despite competing against drivers many years younger than himself.

His relationship with competitors was generally marked by mutual respect rather than bitter feuds. Unlike some NASCAR stars known for public confrontations, Trickle rarely sought controversy. Instead, his rivalries were built around competition and performance. Drivers respected his experience, while he earned admiration for his professionalism and relentless work ethic.

The most enduring rivalry of Trickle's career may actually have been against time itself. While most drivers reached NASCAR's top level in their twenties or early thirties, Trickle arrived as a middle-aged veteran. Every race became a battle to prove that talent and experience could compete with youth. His success in doing so remains one of the most remarkable achievements in stock car racing history.

Dick Trickle's legacy was never defined by a single crash or one bitter feud. Instead, it was forged through decades of hard racing, resilience after countless accidents, and a competitive spirit that made him a legend from the local short tracks of Wisconsin to NASCAR's grandest stages.

06/01/2026

Detailed info on the GM 2.0 Turbo LTG engines PCV system and it's short commings: GM 2.0 LTG turbocharged
engine PCV system and proper crankcase evacuation explained:

Tracy Lewis:

The main issue causing detonation is the amount of oil laden vapors being drawn directly into the IM through a padded that is inaccessible, so most catch cans won’t do much as they are either installed in the “fresh/clean side” of the system. In a NA application that accounts for an average of only 15% or so of the total being ingested. But with a turbo application that can be as much as 30% plus. And to deal with blow-by, these vapors need to be flushed and removed from the crankcase, or all mixed with the oil. So the LTG uses intake manifold vacuum to evacuate this, but there is only vacuum present at idle or during deceleration. But GM did something most manufacturers have not on turbo engines, they also use vacuum generated by the Venturi Effect located in the turbo housing, that is the small
Diameter stainless tube from the turbo that attaches to the valve cover. The shortfall here is for both, all of these vapors are drawn directly into the intake air charge allowing the most detonation breaking/melting pistons. Any oil as part on the intake air charge greatly reduces the actual octane of the mixture (you only want air/and fuel present for greatest efficiency and energy released). So this causes pre ignition, or detonation where the mixture ignites too quickly hammering the pistons and rod bearings, rods. The evacuation function is also critical to engine life and protection, and if you look Back at the pre 1964 engines, they simply vented to the atmosphere. And back when they went from venting to evacuation, the engines that only lasted 30-40k miles before needing a rebuild, after the PCV mandate these same engines, using same oils, and same 1,200 mile
Oil change intervals began to do 100k plus before needing a rebuild. That is how Engineers learned how detrimental venting was. So now leaping ahead 60 years and that knowledge has not been taught in the past few decades in Automotive Tech schools and training, so with the except the Professional Racing World, and the actual design Engineers, are right back to assuming and many simply add breathers and vent again. This defeats all the critical functions that kept wear and damage to a minimum. Then add in GDI technology that adds 8-12 times the amount of raw fuel past the rings compared to the port injection engines they replaced. Add in the abrasive particulate matter shed by the coming deposits and these new engines are subject to stresses never dealt with in the past. Add to that the unrealistic fuel economy laws and thin viscosity oil is specified that when the raw fuel is added cannot protect properly and also contribute to LSPI piston damage. So we designed a system that blocks the hidden passage to the IM and channel all vapors through a true air/oil separator that traps and contains 90-95% of all of the contaminants you don’t want ingested (vs 15-20% from “catch cans”) and also uses a much larger more capable Venturi Vacuum generator and a series of special check valves so IM vacuum is used when present, and as soon as boost is detected, the primary valve closes so boost cannot enter the crankcase, and the secondary valve opens and uses the vacuum suction present during boost, and vice versa. And the CSS (clean side separator) as this is a complete system, traps as much as possible if there would be a momentary pressure pulse from entering directly into the main intake tube up stream of the turbo inlet. So the goal is if the crankcase has suction full time, pressure should never build. And piston rings are held sable for better seal and ring flutter is greatly reduced or eliminated. And instead of the pistons fighting pressure they are aided on each downstroke reducing parasitic power loss. Oil leaks are rare, and the oil stays clean far longer reducing wear and extending life. As it’s patented, it is the only system currently on the market that fills the huge gap between catch cans, and all out belt driven vacuum pump systems (the best solution by far). Probably have more questions, so feel free to ask.

05/29/2026

Kallee Mills shot straight to the top of the Pro Mod leaderboard Thursday at the Shakedown at M’Town at US 131 Motorsports Park in Martin, Michigan. Mills laid down a 3.575-second pass at 210.08 mph to land the No. 1 spot after Q1. Jason Lee currently sits second with a 3.577, while Paul Gargus is third at 3.582. Ed Thornton sits on the bump after running a solid 3.675 at 218.77 mph. Qualifying will continue Friday evening for the Midwest Drag Racing Series.

05/29/2026

Honored to have a small slice of Drag Illustrated's iconic 200th issue featuring our Moser Engineering Spring Fling Million presented by RAD Torque Systems champion Tyler Bohannon!

Read here: https://digital.dragillustrated.com/

Fuel Factory continues to be the top choice of the best bracket racers in the country with Gary Williams, Matt Dadas, and Donovan Williams winning the $30Ks!

Address

616 H, 17th Street E
Palmetto, FL
34221

Opening Hours

Monday 9am - 5pm
Tuesday 9am - 5pm
Wednesday 9am - 5pm
Thursday 9am - 5pm
Friday 9am - 5pm
Saturday 9am - 3pm

Telephone

+19419813930

Website

http://www.V6Superchargers.com/

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