From Barrett-Jackson: Nicknamed “Uno,” this 1963 Ford F-100 unibody custom pickup has spent the last five years being built. Multiple big-name builders and shops have helped mold this vision into a reality. The final touches were completed by Charles “Sleeves” Cimino, formerly of Gas Monkey Garage and the “Fast and Loud” television series, along with paint and interior by Ceballos Customs. At the heart of this custom pickup is the monstrous power plant, courtesy of Roush Yates. This Holley Sniper fuel-injected 547ci big-block V8 was custom-built by Roush Yates and runs on a reliable mild tune putting 515hp to the rear wheels with 645 ft/lbs of torque. The big-block V8 is backed by a TCI 6-speed automatic transmission sending drive through a custom carbon-fiber drive shaft and on to a posi-traction Strange rear end with 3.89 gears. The pickup features custom headers and a 3-inch custom exhaust system with MagnaFlow mufflers that have been covered in Cerakote to ensure years of durability. An Aeromotive fuel pump to keeps this beast fed properly while it breathes through a 100-pound 4-injector throttle body. The engine itself is dressed in many powder-coated parts, is AN fitting-equipped and is also fitted with a Billet Specialties Tru Trac front runner drive belt system. Billet Specialties also supplied the 20- and 22-inch wheels and the custom steering wheel. Wrapping the wheels are 275/30/20 and 335/25/22 Vredestein tires. A Hydro-Boost-powered Wilwood brake package (6-piston front and 4-piston rear) and stainless brake lines provide plenty of stopping power. “Uno” sits on a custom-built, modified chassis that has been completely reinforced and built for road or track. A Roadster Shop front crossmember and RideTech coilovers at all four corners handle the stance and ride. The body was stripped to bare metal, massaged, and smoothed for an extremely clean and straight finish. The gaps are phenomenally fitted and the gloss white paint is accented by satin and gloss black trim. The bed is finished in custom-made aluminum slats airbrushed to look like ebony wood but are much lighter and more durable. The interior was custom finished by Ceballos Customs and features hand-molded Moore & Giles black leather and Alcantara, as well as red diamond stitching accents. A high-end Morel sound system was installed – including speakers, subwoofer and amplifier – that was molded into the interior and sounds amazing. The Satin Black dash features an Ididit steering column, Restomod Air conditioning with heat control panel and custom vents, Dakota Digital gauges, power window switches and push-button start. “Uno” is a one-of-a-kind build completed in November 2021 and will hold up to the highest standards.
For more information about this one-of-a-kind custom pickup, click here.
Photo courtesy of Barrett-Jackson.
KANNAPOLIS, N.C. (Jan. 11, 2022) – As Kevin Harvick embarks on his 22nd year in the NASCAR Cup Series, a familiar brand rejoins the driver of the No. 4 Ford Mustang for Stewart-Haas Racing (SHR) in 2022.
Rheem, America’s No. 1 water heating brand and major air conditioning and heating manufacturer, is commemorating its 15th anniversary in racing, and as a part of the celebration, Rheem will partner with Harvick and the No. 4 team for three NASCAR Cup Series races. Harvick will drive the No. 4 Rheem Ford Mustang March 6 at Las Vegas Motor Speedway, May 8 at Darlington (S.C.) Raceway and Sept. 11 at Kansas Speedway in Kansas City.
The pairing reunites Rheem with Harvick, a relationship that began in 2007 when Harvick won the Daytona 500 in dramatic fashion, beating NASCAR Hall of Famer Mark Martin for the victory by .02 of a second in a frantic green-white-checkered finish. It led to Rheem serving as a primary partner for Harvick’s NASCAR Xfinity Series team, Kevin Harvick Inc. (KHI), in 2008.
“Kevin Harvick helped launch Rheem Racing and through KHI, Kevin played a prominent role in Rheem realizing value in the sport and progressively moving up to the NASCAR Cup Series,” said Ed Raniszeski, executive director, Rheem motorsports. “Kevin’s long history with Rheem and his great rapport with Rheem customers makes this a very welcome homecoming. NASCAR has been an increasingly valuable platform for Rheem and we hope this reunion serves as our way of thanking racing fans for supporting Rheem and all sponsors who showcase their brands and believe in the power and future of NASCAR.”
Rheem’s debut with KHI came on May 2, 2008 at Richmond (Va.) Raceway where Harvick finished second in the Lipton Tea 250. Harvick delivered Rheem its first victory as a primary sponsor on Feb. 27, 2010 when he won the Sam’s Town 300 at Las Vegas. Rheem aligned as a primary partner with Harvick in the NASCAR Cup Series in 2011 and stayed with him through the 2013 season before Harvick joined SHR in 2014.
“It’s been 15 years since we first started working with Rheem and it’s great to be back with them,” Harvick said. “The NASCAR fan is their customer, and we’ve worked really hard to understand that relationship to ensure Rheem gets a good return on its investment. This year kind of throws it back to how it all began with Rheem being a primary sponsor on one of my racecars. I’m proud to carry their colors again in 2022.”
Harvick is the 2014 NASCAR Cup Series champion and he is also a two-time Xfinity Series champion (2001 and 2006). He has 119 points-paying victories across NASCAR’s top-three national touring series – Cup (58 wins), Xfinity (47 wins) and Camping World Truck (14 wins).
Harvick’s season kicks off with the non-points Busch Light Clash at the Coliseum Feb. 5-6 at the Los Angeles Memorial Coliseum before the official start of the 2022 campaign with the 64th annual Daytona 500 Feb. 20 at Daytona (Fla.) International Speedway.
About Rheem:
Founded in 1925, Rheem® innovates new ways to deliver precise temperatures while saving energy, water and supporting a more sustainable future. Rheem is America’s No. 1 water heating brand with products available in more than 80 countries. Paloma Co., Ltd.® of Nagoya, Japan, acquired the iconic Rheem brand in 1988. Today the company’s portfolio of premium brands include Rheem®, Raypak®, Ruud®, Eemax®, Richmond®, Splendid®, Solahart® and EverHot™ as well as commercial refrigeration brands Russell®, Witt®, ColdZone® and Kramer®, which are part of the Heat Transfer Products Group (HTPG®) division and, most recently, Friedrich, an industry leader in high-end air conditioning solutions.
About Stewart-Haas Racing:
Stewart-Haas Racing is the title-winning NASCAR team co-owned by three-time NASCAR Cup Series champion Tony Stewart and Gene Haas, founder of Haas Automation – the largest CNC machine tool builder in North America. The Kannapolis, North Carolina-based organization has won two NASCAR Cup Series titles, one NASCAR Xfinity Series championship and more than 90 NASCAR races, including such crown-jewel events as the Daytona 500, Brickyard 400 and Southern 500. For more information, please visit us online at StewartHaasRacing.com and on social at Facebook, Twitter, Instagram, TikTok, YouTube and LinkedIn.
Goldburg and Griffin Complete Weekend Sweeps in the New Sprint Series for LMP3 and GT4 Cars
By Mark Robinson
DAYTONA BEACH, Fla. – They took different paths, but Dan Goldburg and Billy Griffin completed weekend victory sweeps Sunday in the debut of the IMSA VP Racing SportsCar Challenge. Goldburg cruised to a dominant win in the Le Mans Prototype 3 (LMP3) class while Griffin battled from behind to triumph in the GSX class for GT4-spec cars.
Both drivers started from their respective pole positions in the 45-minute race. Goldburg, in the No. 73 JDC MotorSports Duqueine D08, was hounded by Bijoy Garg in the No. 3 Jr III Racing Ligier JS P320 until Garg spun in the Le Mans Chicane while working through lapped traffic with 15 minutes remaining. Relieved of that pressure, Goldburg went on to win by 9.739 seconds over Brian Thienes in the No. 77 US RaceTronics Ligier.
As he did in Saturday’s first race, Griffin took a patient approach and relinquished the GSX lead on the opening lap to avoid potential confrontations. Dropping to third place in the No. 14 KohR Motorsports Ford Mustang GT4, Griffin bided his time before overtaking Sebastian Carazo (No. 27 Kellymoss with Riley Porsche 718 GT4 RS Clubsport) for the lead on the tri-oval section of Daytona International Speedway with seven minutes to go. Griffin pulled away to win by 3.735 seconds over Carazo.
Goldburg credited his LMP3 experience – three previous years overall, including 10 IMSA WeatherTech SportsCar Championship races in the past two seasons – with his success negotiating slower traffic that led to the two VP Racing Challenge wins.
“I think the key was running WeatherTech last year and learning how to manage GT traffic,” said the 44-year-old from Delray Beach, Florida. “That came in really handy today.
“I like having the traffic to work with. I had good success last year in WeatherTech with it, so I like it. There’s definitely a big enough gap between the speeds of the (LMP3 and GSX) cars that’s manageable and can be used well. It’s good.”
It was that traffic and over-aggressive driving in his class that Griffin was on the lookout for in his bid to repeat as the GSX winner, and it wound up costing a pair of contenders. He and Carazo were locked in an intense four-car battle with Moisey Uretsky (No. 44 Accelerating Performance Aston Martin Vantage GT4) and Patrick Wilmot (No. 88 Split Decision Motorsports BMW M4 GT4) when Uretsky and Wilmot tangled in Turn 3 of the infield section with 14 minutes remaining.
Wilmot’s BMW sustained significant damage and retired. Uretsky was assessed a drive-through penalty for incident responsibility and taken out of contention, leaving Griffin and Carazo to battle it out for the win.
“I lost the lead (on Lap 1) again because of aggressiveness and the way they were crowding in there but was able to regroup,” Griffin said. “I knew that the patience thing was going to pay off for me in the long run. I really just took my time and let the battle happen.”
Griffin got a run on Carazo through Turns 3 and 4 of the Daytona oval and made the decisive pass as they crossed the start-finish line.
“I made the move, it worked … and I was able to check away,” the Venice, Florida, resident and IMSA newcomer added. “It’s an amazing feeling; thrilled to death. Definitely a lifelong dream come true.”
*Original Press Release from imsa.com.
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The L.S. Starrett Company manufactures more than 5,000 variations of Precision Tools, Gages, Measuring Instruments and Saw Blades worldwide. At Roush Yates Engines and Roush Yates Manufacturing Solutions, Starrett tools play a pivotal role in ensuring precision and quality control throughout production.
Here is a list of the various types of precision tools offered by Starrett and utilized at Roush Yates:
Micrometers:
The precision micrometer stands out as the most accurate handheld tool when operated by a skilled professional and is suitable for close measurements down to 0.0001 of an inch. While various types of micrometers cater to specific applications, outside micrometers are most common. Mechanical, electronic, and wireless micrometers are also available, with electronic models featuring IP67 protection for harsh shop environments where exposure to machine coolant, water, oils, dirt, dust, and mist is common.
Slide Calipers:
Slide calipers offer a substantial measurement range, flexibility, and accuracy up to 0.001″. Capable of measuring outside, inside, depth, and step dimensions, these tools come in various forms, including full-featured electronic versions with IP67 output.
Height Gages:
Height gages are used to accurately measure the distance from a reference surface, such as a surface plate, to a part feature.
Depth Gages:
Available in various forms, from the most accurate electronic, dial, and Vernier depth micrometers to basic rule gages and combination rule gages, depth gages offer varying levels of complexity and accuracy.
Bore Gages:
Used for checking inside diameters of holes, cylinders, and pipes, bore gages play a crucial role in measuring holes, especially when dealing with a large quantity. Wireless bore gages facilitate efficient data collection, allowing users to measure and collect error-free data.
Indicators and Gages:
Several classes of gages, including mechanical dial, electronic display, lever style test, and back plunger, are available. Test indicators, dial indicators, and electronic or wireless indicators cater to diverse applications, from checking run-out to measuring tolerances in go/no-go situations.
Hardness and Surface Testers:
Hardness testers, critical for determining a material’s ability to resist form change, bending, scratching, or abrasion, come in analog and digital bench solutions, as well as compact, portable versions.
Data Collection Systems:
With the implementation of Industry 4.0, enhancing the speed, volume, and accuracy of data generation is imperative. Wireless data collection systems can seamlessly integrate into automated manufacturing operations, offering benefits such as increased productivity, error reduction, comprehensive documentation, and automated acquisition processes.
Squares and Precision Rules, Straight Edges, and Parallel:
Offering various functions, including measuring angles, square, 45° miter, depth or height measurement, and acting as a scribe, Starrett Combination Squares feature high-quality workmanship. Accurate, steel precision rules, straight edges, and parallels are essential tools excelling in drawing, scribing, and checking surfaces for straightness.
Protractors and Angle Measurements:
A variety of tools, including those with sharply graduated 180° scales intersected by a movable blade, bevel protractors, protractor/depth gages, and special drill point gages, cater to angle measurements.
Machinist Precision Levels:
The efficiency of high-speed machinery relies heavily on the levelness of the machine set-up, and a machinist’s level is specially designed to set up, check, and test machinery of all types.
Fixed Gage Standards:
Fixed Gage Standards play a crucial role in in-process and final inspection, offering a comprehensive choice of standard gages to quickly check dimensions on various workpieces. Products include pin gages, drill gages, sheet and wire gages, center gages, screw pitch gages, radius gages, ball and diameter gages, angle gages, thickness gages, and feeler stock.
Dividers, Calipers, Trammels:
Dividers, essential for measuring, transferring, or marking off distances, and trammel heads, useful for laying out and scribing circles beyond the capacity of ordinary dividers, contribute to layout, scribing, and measuring distances and circles.
Other Precision Tools:
Other non-measurement tools such as work positioning tools, scribers, punches, vises, and layout die lubricant form an integral part of any shop.
Vision Systems:
Starrett Video-based measurement systems combine high-resolution images, intuitive software, and precision mechanical platforms to deliver accuracy and repeatable measurement results for a wide range of precision measurement applications.
Daido Metal is the largest manufacturer in the world for several types of bearings including automobile engine bearings, large ship engine bearings and polymer bearings used in automobiles, trucks, motorcycles, construction machinery, aerospace / aircraft, agricultural machinery and general industry. As the exclusive bearing partner of Roush Yates Engines, Daido Metal assists in the design and development of purpose-built racing engines that maximize horsepower and durability under extreme conditions including Ford’s FR9 NASCAR Cup and Xfinity racing engines and the RY45, a purpose-built racing engine utilized in dirt late model and off-road truck racing.
At the heart of every powerful engine is a set of bearings that ensure smooth and efficient operation. In the demanding world of racing, where engines undergo extreme conditions, the choice of bearings becomes paramount. Roush Yates Engines recognizes the significance of this component and has partnered with Daido Metal to provide the precision and durability required for their high-performance engines.
Daido Metal doesn’t just supply off-the-shelf solutions; they collaborate closely with Roush Yates Engines to develop bearings that are tailor-made for the specific demands of competitive racing. This collaborative approach involves a deep understanding of the unique challenges faced on the track and results in bearing solutions that enhance the overall performance of the engine.
Daido Metal bearings are engineered to minimize friction, enabling engines to achieve optimal power output. The reduction in friction not only contributes to enhanced performance but also plays a crucial role in extending the lifespan of engine components, a critical factor in motorsports. Daido Metal achieves this by utilizing a fully integrated production process including the production and processing of proprietary materials, surface treatment/coating technology, numerical simulation, engineering support, and precise manufacturing for all products – resulting in unmatched performance, repeatability, accuracy, and quality at all levels.
The collaboration between Roush Yates Engines and Daido Metal Bearings is not static; it’s a dynamic partnership focused on continuous improvement and innovation. Both companies share a commitment to staying at the forefront of technology, ensuring that each engine benefits from the latest advancements in bearing design and manufacturing.
For more about Daido Metal, click here.