Mid-State Distributing Promotes James Gilson to Outside Sales Position in 12 Volt – Chicago Branch

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OMAHA, NE (08.28.2020) – “We are extremely excited to take James to the next level in his career and have him build the territory stronger than it’s ever been in a very competitive marketplace! James is MECP certified on both the basic and advanced levels and has come to us with experience not only from retail and distribution background but also as a manufacturer’s representative. Bottom line – he knows his business and can help dealers become profitable and successful in today’s extremely competitive market.” Tom Kolar – Vice president of Sales and Marketing -12 Volt Division Mid-State Distributing.

James Gilson

James is family man who lives in the Chicago land area who loves cars and has a passion for high end and extremely loud car audio! James digs spending time with family and doing life with friends as a sports fan and enjoying the fine cuisine that Chicago offers.

“I’ve had the benefit of working with and being trained under some industry veterans! I have worked with other competitors in both inside and outside sales roles so taking on this position I look forward to being “outside” sales “face to face” with customers and interacting with them more directly.” James Gilson – Outside Sales – Mid-State Distributing – Chicago, IL.

James will be servicing the Southern Illinois market and south part of Chicago along with the state of Indiana helping Mid-State dealers grow their business. For more information about lines available in those markets at Mid-State please contact James at:j.gilson@m-state.com

For inquiries regarding Mid-State Distributing 12 Volt Division please contact Tom Kolar at t.kolar@m-state.com or call 1-800-798-5965 #661 in the Omaha Branch.

Visit midstatedistributing.com for more.

Oracle Lighting Launches Three New Vehicle/Room COVID-19 Neutralizing UV Light Devices

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METAIRIE, LA (08.28.2020) – Oracle Lighting has introduced three innovative new COVID-19-killing Ultraviolet Light sterilization devices. Now available, the Mini Sterilization Lamp, Room Sterilization Lamp, and Telescoping Mobile Room Disinfection Device join Oracle Lighting’s popular A.I.R. Solo Personal UV Irradiation Face Mask in the company’s lineup of germ-fighting products.

“With over a decade of experience working with UV lighting applications, the Oracle Lighting team was ready to develop effective sanitizing solutions as soon as this global virus emerged,” explained Justin Hartenstein, Oracle Lighting director of product development. “The quality of the air we breathe and the cleanness of surfaces we contact are important factors that impact our overall health and well-being. Today, more than ever, we need to be mindful of contaminated surfaces we interact with every day. Our new UVC devices neutralize pathogens, harmful bacteria, and coronavirus (including COVID-19) without the use of toxic chemicals.”

The UVC Room Sterilization Lamp (p/n 38W-UV-C) is tested and proven to properly disinfect and inactivate 99.99 percent of bacteria and viruses. Common workspaces such as offices, waiting rooms, and communal areas can benefit from the same UV-C technology that has been used in hospitals and labs for cleaning and disinfecting rooms for years.

Additional UV-C Room Sterilization Lamp details include:

  • Input Power – Standard 110V Wall Outlet
  • Output Power – 38 Watts
  • Wavelength – 254nM UVC
  • Material – Quartz Glass Tube
  • Irradiation Angle – 360 Degrees
  • Irradiation Range- 400 Square Feet
  • MSRP: $119.95

“The new mini UV sterilizer (p/n 3W-UV-CB/W) is perfect for sanitizing surfaces in vehicles and small rooms, as well as sanitizing PPE,” Hartenstein continued. “Simply place this portable, battery powered lamp in the cup holder of your car or in a room and press the power button when you exit the vehicle or room. The device will turn on and sanitize for 15 minutes and then automatically shut down, eliminating bacteria, viruses, and even odors.

Additional mini UV sterilizer details include:

  • Input Power- USB Charger (5V DC)
  • Output Power – 3 Watts
  • Wavelength – 254nM UVC
  • Material – Quartz Glass Tube
  • Irradiation Angle – 360 Degrees
  • Irradiation Range- 200 Square Feet
  • Available in Black or White
  • MSRP: $49.95

“Perfect for large commercial spaces such as schools, office buildings, clinics, hotels and more, the new portable high power UVC Telescoping Mobile Room Disinfection Device is a trolley system that emits a high intensity ultraviolet light that disinfects surfaces of larger spaces,” Hartenstein added. “Designed with safety in mind, this sterilizer features radar detection which automatically shuts the device off if pets or other unexpected visitors enter the room while it is in operation. This device also features Two-In-One Cleaning, with both UVC light and Ozone to not only disinfect surfaces but also deodorize and purify the air.”

Additional Telescoping Mobile Room Disinfection Device details include:

  • Automatic Telescopic Function
  • Input Power – Standard 110V Wall Outlet
  • Output Power – 150 Watts
  • Material – Quartz Glass Tube
  • UV Wavelength: 185nm (Ozone) 254nm (Without Ozone)
  • Range: 1200 sq. ft. (Ozone) 800 sq. ft. (Without Ozone)
  • Certifications: CE, RoHS, FCC
  • MSRP: $499.95

Note: The ozone produced contains odor and room should be ventilated after disinfection. [Ozone feature is optional and can be special ordered without Ozone]

Recently launched and now available, the A.I.R. Solo (Antimicrobial Irradiation Respirator) is a wearable UVGI face mask that is designed to be worn under common face masks in order to protect both users and those around them, killing live viruses such as coronavirus, pathogens, bacterium, or other microorganisms attached to the fabric’s surface.

“We are all familiar with the CDC statement ‘Your mask protects me; my mask protects you,’” said Troy Organo, co-inventor of the product. “The A.I.R. Solo provides protection against viruses for both the user and others. High-risk individuals cannot simply rely on others to respect their health safety. The Solo provides benefits to the user while also sanitizing outgoing air to protect others. While this product is beneficial for high-risk individuals, it is for anyone going into a higher-risk environment such as public transportation, flying, or even for simply going to the grocery store.”

Ideal for both consumers and professionals alike, the A.I.R. Solo is the extra layer of protection that can help mitigate exposure to COVID-19 and other viruses as the country begins to re-open. Now shipping, the A.I.R. Solo has been designed and engineered in the USA with a special pre-order introductory price of only $119.95 USD.

This device also benefits those who wear cloth face coverings, according to Hartenstein. “Studies have shown that respiratory pathogens on the outer surface of cloth masks can actually result in self-contamination, which is exactly what they are intended to prevent,” he said. “Because of this, we see the unique UV irradiation benefits of A.I.R. Solo as the best sanitization scenario for helping to mitigate exposure to COVID-19 and other viruses.”

Wavelengths between 200-300 nanometers, such as the UV-C LEDs integrated into the A.I.R. Solo provide the most effective germicidal function. This is because the wavelength of UV-C irradiation utilizes photons to inactivate the virus which prevents the cell from replicating and infecting the body if inhaled. The A.I.R. Solo’s UV-C LED emitters are integrated into the airflow partition of the device which is designed to scrub the air and sterilize the cloth mask simultaneously.

Research has shown effectiveness of UV-C LEDs against Coronavirus. A recent study by Sensor Electronic Technology, Inc. (SETi) has demonstrated 99.9 percent effectiveness against COVID-19 and determined that COVID becomes even more sterile when placed closer to the UV-C source. The A.I.R. Solo is designed to channel the incoming air within 5mm of the UV-C source providing increased effectiveness and sterilization. 

Is the A.I.R. Solo safe?

For years hospitals and labs have used ultraviolet light for disinfection and medical sanitation against viruses. Commonly known as “Ultraviolet germicidal irradiation,” UVGI is a disinfection method that uses short-wavelength ultraviolet light to kill or inactivate microorganisms by disrupting their DNA in a manner which renders the cells inactive and unable to perform cellular functions. Multiple tests have demonstrated that no measurable amount of UV-C light is directed towards the user wearing the device.

“UV-C light has been used in many applications such as the purification of drinking water for decades,” explained Hartenstein. “While UV-C is part of the normal spectrum of sunlight, it is invisible and can cause sunburn with direct skin exposure. This was taken into account when developing the A.I.R. Solo, and the UV light is outward and away from the user to prevent any direct skin exposure. Testing has shown that no measurable amount of UV-C light is directed towards the user wearing the device.”

Ultraviolet germicidal irradiation (UVGI) is a disinfection method that uses short-wavelength ultraviolet C (UVC) light to kill or inactivate microorganisms by destroying nucleic acids which, in turn, disrupts their DNA, rendering them inactive by leaving these cells unable to perform vital cellular functions. UVGI is already used in a variety of applications, such as food, air, and water purification. The application of UVGI to disinfection has been an accepted practice since the mid-20th century. UV-C radiation has often been presumed to be the most potent carcinogen of all UV. However, studies such as one from CIE show this is a misconception based upon a lack of appreciation of the very shallow penetration depth of 254 nm radiation in human skin. Today it is considered that UV-C radiation, if appreciably carcinogenic at all, is far less carcinogenic to humans than solar UV-B radiation.

For more information on the A.I.R. Solo, please visit www.oraclelights.com/collections/uvgi-ultraviolet-germicidal-devices;  www.theairdevice.com, www.theairdevice.com/media-kit, or email info@theairdevice.com.

DS18 Said ‘We Like It Loud’ At The Smoky Mountain Jeep Invasion

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PIGEON FORGE, TN (08.27.2020) – DS18 had a major presence on the grounds at the Smokey Mountain Jeep Invasion Thursday through Saturday, August 20th-22nd. The 3 big red DS18 tents, with the Big Bad Wolf highlighted, drew a big crowd of Jeepers throughout the event…despite the rain and winds. On Friday, strong winds sent some vendor tents into the air.

With the DS18 red tents, lower left, this image shows the scope of the outdoor area.

Rob Ferro, Mr DS18, along with Hery spent the days showing attendees all the latest from DS18. Jeep Gladiators and Wranglers, from DS18 Jeep Fans, also added to the excitement under the DS18 tents.

There was always a crowd around the DS18 booth with many Jeepers taking shots with their smartphones of the great demo vehicle installations.

Ferro relayed “Reports from the Jeep Invasion promoters said there were over 9000 Jeeps at the event. The total attendance was reported to top 20,000. In addition to the huge area outside, where DS18 was set up, the Le Conte Center was filled with vendors in the 100,000 foot facility.”

Even at night Jeepers could tell DS18 was saying “We Like It Loud.”

Continuing, Ferro offered “There was such a great vibe at the event. We worked with people in the booth to maintain social distancing and most understood. Quite a number of Jeepers in the booth commented about the design of our pods and the DS18 RGB lighting. All said that DS18 was the best.”

Rob Ferro-Mr DS18, surrounded by show stopping demos, embodied the great vibe at the Smoky Mountain Jeep Invasion.

DS18 was front and center at after show events too. All in all it was quite a journey for the DS18 crew as they drove the DS18 pickup, with Jeeps on a trailer, the 968 miles from Miami FL to Pigeon Forge, TN.

The journey to the Jeep Invasion was normal, but mechanical truck issues caused delays on the return to DS18 HQ in Miami.

Concluding, Ferro offered on a Facebook post “So I have been driving for 2 days and haven’t had an opportunity to thank everyone for the tremendous support and for those that drove hundreds of miles to show us your Jeeps and amazing builds. The energy you gave us is out of this galaxy. We are proud to have each and every one of you on our team. You are the best.”

Visit ds18.com for more.

Trent Partners & Associates Adds Eben Sheldon to the Team

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ROCKVILLE CENTRE, NY (08.27.2020) – Trent Partners has added Eben Sheldon as a new Account Executive for the New England Market. The Trent Partners Team is very excited with the new addition. Sheldon joins the team with extensive experience and relationships across the New England market. All at the firm believe Eben will be a great addition to Trent Partners, its vendors, and its accounts.

Eben Sheldon

Sheldon is a native of Vermont and owned his own retail location in the mid 1980’s. Eben lives in Massachusetts with his and moved there to become a Mobile Electronics Manager for Tweeter. Following Tweeter Eben worked as a representative for the RSB firm where he sold Kenwood and introduced Excelon to New England when Kenwood launched the Excelon brand. Clifford and Monster Cable were also brands on the RSB line card. Following RSB Eden worked as a direct sales executive for Alpine for many years. During a short time outside the 12volt industry Eben worked selling Solar Energy. Two years ago Eben returned to the mobile electronics industry as a Direct Sales Manager for Directed two years.

Matt Herald and Eben will be the sales teams for Trent Partners serving dealers across New England. Herald related “Working together with Eben in the New England territory will definitely make more time available for us to spend time working with our retailers in their stores. This will be a big win/win/win for all.”

Staff at Trent Partners & Associates in New York will remain it currently stands. All together Trent Partners & Associates has 8 employees working the NY Metro and New England marketplaces. The firm prides its self on their salesmanship plus account and vendor relations that has led to Trent Partners being a top sales firm in the industry for over 35 years.

Visit www.trentpartners.com for more.

Aunex Tops 100 Independent Retailers Nationwide

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CHINO, CA (08.27.2020) – Aunex has hit another milestone for the company with now topping over 100 Independent Retailers nationwide.

“We are truly blessed that despite all the different events taking place in the US, we are still able to connect with some of our Industry’s finest retailers” said Steven Bach, President of Aunex, Inc. Aunex soon will be adding a dealer locator onto its website so that more consumers will be able to locate their nearest Aunex retailer.

The Mobile Electronics industry has really excelled during these past months with brands selling so strongly that many key models are constantly on backorder. This has definitely been something no one really saw coming and as such dealers are looking for alternative lines that can fill gaps in their inventory. Aunex currently has 5 different series of amplifiers, 2 models of premium equalizers and a wide assortment of installation accessories. In addition, this month Aunex has started to ship out the highly anticipated Musway DSP solutions. Our dealers understand the challenges they face looking for quality products that are not found on e-commerce sites such as eBay and Amazon. Having a clean brand to sell has definitely been one of the key strategies that Aunex is committed too.

On the International side, as different countries are slowly starting to reopen businesses, Aunex is already represented in Canada, Mexico, Costa Rica, Guatemala, Colombia, Ecuador, Peru, Venezuela, Barbados, US Virgin Islands, Trinidad & Tobago and Puerto Rico.

“I would like to thank my staff, our 9 Independent Rep Firms and all of customers both in the US and aboard with a heart-filled thanks for the trust and opportunity to partner with some of our industry’s finest people.” Said Steven Bach. From the feedback we are getting, Aunex will be adding additional amplifier sku’ s which will be available towards the end of 2020. “From here our next milestone will be in 2021 when Aunex will introduce its’ line of well-engineered, no compromise, Speakers, Subwoofers and Enclosures.

For more information on Aunex and Musway, contact Aunex, Inc. at (909) 589-5010 or visit us at www.aunexusa.com and www.imusway.com.

Pioneer Expands Aftermarket Automotive Driver Assistance with New Blind Spot Detection Systems

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LOS ANGELES, CA (08.26.2020) – Pioneer Electronics (USA) Inc. has announced the launch of its Blind Spot Detection (BSD) System lineup, the SDA-BS900, SDA-BS100 and SDA-BS1. The lineup, a first for Pioneer in the U.S. market, provides consumers with an aftermarket solution that adds technology to assist drivers by notifying them when there is a vehicle entering their blind spot zone1. 

While driving, the Pioneer BSD System can detect vehicles to the rear and in the lanes to the left and right. The system signals the driver with a flashing light indicating the direction of the detection (left or right) and if the driver has engaged the turn signal in the corresponding direction, the system will also produce an audible buzzer warning. All three systems can also detect cross traffic approaching from the left or right entering the vehicle’s blind spot zone while slowly backing out of a parking spot or driveway, activating both the corresponding left or right flashing light and audible buzzer warning. 

“Pioneer’s Blind Spot Detection System portfolio reinforces our commitment to developing products that allow consumers to update almost any vehicle on the road today with newer technology and features,” said Ted Cardenas, VP of Marketing for Pioneer Electronics (USA) Inc. “Blind spot detection assists drivers so they can practice more attentive driving habits whether they are changing lanes or reversing their vehicle.” 

All three BSD Systems utilize microwave radar sensor technology for object detection and GPS for determining the current speed of the vehicle, and include left/right LED indicator lights, an audible buzzer speaker and all necessary cables and sensor calibration template (SDA-BS900). 

The Pioneer Blind Spot Detection lineup includes:

  • SDA-BS900 (Suggested price: $900): The SDA-BS900 places a microwave radar array module behind both the left and right corners of the vehicle’s rear bumper2. When properly installed, this design results in extended blind spot coverage range up to 82 feet with the ability to detect both vehicles that are approaching from behind and vehicles that are being passed. Additionally, because the ingress protection rated3 microwave radar array modules install under the rear bumper cover, the system is cosmetically integrated with no visible or exposed sensors. The left and right LED indicator lights are designed to be surface mounted in the vehicle interior and include both silver and black colored covers.
  • SDA-BS100 / SDA-BS1 (Suggested price: $500): The SDA-BS100 and SDA-BS1 are unique, placing the microwave radar array in an ingress protection rated3 bar designed to be installed on the vehicle’s center mounted rear license plate. This design simplifies installation, eliminating the need to remove any exterior body panels or bumper covers, while also expanding vehicle compatibility to include vehicles with either plastic or metal bumpers and the flexibility to be mounted to the top or bottom of the license plate. The SDA-BS100 and SDA-BS1 provide blind spot detection of vehicles approaching from behind with a coverage range of up to 50 feet. The left and right LED indicator lights are designed to be surface mounted in the vehicle interior. The SDA-BS100 includes both silver and black colored LED indicator light covers, while the SDA-BS1 includes only black.

Pioneer Electronics (USA) Inc., headquartered in Torrance, Calif., is a preeminent manufacturer of leading-edge technology solutions for the mobile electronics aftermarket. Its affiliate Pioneer Automotive Technologies (PAT) is a key supplier for Tier 1 automotive entertainment systems and components to vehicle manufactures. Pioneer is focused on creating the ultimate in-car entertainment experience with high performance audio and video components, as well as connectivity with today’s smart devices.

Visit https://www.pioneerelectronics.com/PUSA for more.

Firstech Compustar Signs On Premier Remote Start Dealer

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SEATTLE, WA (08.26.2020) – Firstech has announced that Compustar and DroneMobile products will now be sold and installed at all Custom Sounds & Tint retail locations in Texas, Missouri, Illinois, and Oklahoma. Custom Sounds & Tint will offer many of Compustar’s premier solutions, including the 3-Mile Range PRO T12 remote starter and alarm system.

Over the past 5 years, Firstech has increased marketing efforts to promote the benefits of Compustar remote starters in hotter climates, utilizing platforms like Facebook and Google to fuel a 90% increase in consumer engagement over that span. Firstech’s retail partnership with Custom Sounds & Tint will allow both companies to meet this increased demand head-on.

Named “The Best Place to Have Installation Work” by Install News Magazine, Custom Sounds & Tint has over 20 retail locations in major cities such as Austin, San Antonio, St. Louis, and Oklahoma City. Each location’s staff will receive direct training from Firstech’s award-winning technical support team led by Wade Beebe and Joshua Woodie.

To find a Custom Sounds & Tint location near you, use Compustar’s Dealer Locator tool at www.compustar.com or visit www.customsounds.com. See www.firstechllc.com for more.

Crunch Smash Amplifiers Deliver More Power in Smaller Footprint

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LIBERTYVILLE, IL (08.26.2020) – Crunch Smash amplifiers create a dynamic blend of rich playback and clean audio. Available in August of 2020, the Smash Series of amplifiers will integrate QTD Technology while featuring built-in electronic crossovers and will make audio sound smooth, fresh, and powerful.

Alden Stiefel, President of Maxxsonics USA said, “At Maxxsonics, product development starts in the field with our customers. Over the last several months, demand has increased for amplifiers that have a smaller footprint while still delivering superb performance at a reasonable price

ABOUT THE SMASH AMPLIFIER LINE:

Not only do these amplifiers feature the highest sound quality connection with quality RCA materials to help prevent interference and minimize distortion, but the Smash series creates more power in a smaller box. Smaller real estate makes it easier to tuck away any amplifier from this series, whether it’s the mono subwoofer, 2-channel, or 4-channel, Smash amplifiers will take up less room while maximizing audio power.

Being able to maximize vehicle space, whether in the trunk, backseat, underseat, or anywhere in the vehicle, is what makes the Smash lineup stand out from any other Crunch amplifier.

FEATURES INCLUDE:

LOW NOISE PREAMPLIFIER CIRCUIT – Maximum low voltage signal from the source unit comes into the amplifier through a low voltage circuit, which delivers minimal distortion through the amplification process.
RCA INPUTS – Highest sound quality connection with quality RCA materials to help prevent interference and minimize distortion in the signal path.
HEAT SINK – QTD Technology Aluminum: Quick Thermal Dispersion Technology assures additional mass in the aluminum heat sink keeps the amplifier running cool with nearly undetectable distortions during normal music listening.
LED SYSTEM PROTECTION CIRCUITRY DIAGNOSTICS – Monitor overload and speaker short protection with lighted indicators on the amplifier end panel.
POWER SUPPLY – High-energy pulse-width modulated power supply delivers power with minimal impact on the electrical system.
OUTPUT DEVICE TECHNOLOGY – PRO-FI high-speed MOSFETS bring extreme power with high sound quality and minimum distortion levels.

“The Crunch product development team has designed this product in record time, or order to meet our customer’s demands. The consumer will not be disappointed!” concluded Stiefel.

Contact your sales representative, or customer service at 847-540-7700 to secure your order.

See full line details at crunchcaraudio.com/amplifiers/smash/

KICKER Celebrates Employee Service in Annual Awards Ceremony

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STILLWATER, OK (08.25.2020) – Stillwater Designs, the maker of KICKER mobile-audio products, celebrated the anniversaries of 56 employees August 20 during a company luncheon, culminating with recognition of KICKER Vice Presidents Jeanne Snyder and Bob Spencer who have been with the company 35 years.

Kicker Founder Steve Irby addressing the luncheon gathering on Thursday, August 20th. Note all of the gift bags on the table.

KICKER has been celebrating work anniversaries since the early 1980s, and employees gather for an informal meeting each year to earn a gift and a handshake from KICKER President and founder Steve Irby.  This year is like none other, with employees donning masks and practicing social distancing at KICKER headquarters.

“I’m really honored,” said Irby. “It’s unbelievable to me to know somebody seeks to make a work career here, and great to see people that are team players and succeed in their years.”

Kicker Vice Presidents Jeanne Snyder (C) and Bob Spencer (L) are pictured with Kicker Founder Steve Irby. Snyder and Spencer received recognition awards for 35 years with Kicker. The luncheon was held in the Kicker warehouse with masks in place.

A pin embossed with the KICKER logo was awarded to employees for one year of service, a wristwatch for three years and a ring for five years. Accolades were also given to employees with 10, 15 and 20 years of service. In addition to the pair of 35-year service honors, employees Glynn Cooper, Bruce Moore, Jason Sigrist and Jeff Womack received recognition for being with the company for 25 years.

Visit kicker.com for more.

2020 SEMA Memorial Scholarship and Loan Forgiveness Award Winners Announced

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The SEMA Memorial Scholarship Fund awarded $307,000 to 106 individuals this year, including scholarships for current students and loan-forgiveness awards to employees of SEMA-member companies.

“We’re excited to award this passionate group of individuals with our support as they embark on finding new ways to advance the future of the specialty-equipment aftermarket,” said SEMA Board of Director Chairman Tim Martin. “This year’s winners represent the diversity and young talent that our industry thrives on, and we look forward to how their contributions will drive us forward for years to come.”

 www.sema.org/scholarships

More than $3 million has been awarded to more than 1,600 deserving students since the program’s establishment in 1984. The SEMA Memorial Scholarship Fund and the SEMA Loan Forgiveness Program are dedicated to fostering the next generation of automotive aftermarket industry leaders and innovators by helping them get off to a successful start in their education and automotive aftermarket careers.

Online applications for next year’s awards will be accepted Nov. 1, 2020, through March 1, 2021, at www.sema.org/scholarships.

For questions or additional information, contact SEMA’s Youth Engagement Manager Katie Hurst at 909-978-6693 or katieh@sema.org.

The 2019 SEMA Memorial Scholarship Fund recipients.

SEMA Scholarship Award Winners
Recipient (Institution Name, Major)

  • Jordan Aguana (California Polytechnic State University, San Luis Obispo, Mechanical Engineering)
  • Trevor Andis (Indiana University-Purdue University-Indianapolis, Mechanical Engineering)
  • Mary Elizabeth Bannister (Auburn University, Mechanical Engineering)
  • Zachary Barton (Auburn University, Mechanical Engineering)
  • Jacob Beshara (Bethel College, Business Management)
  • Alec Bianco (Colorado School of Mines, Mechanical Engineering)
  • Martin Blair (Arizona State University, Mechanical Engineering)
  • Camden Boshart (California Polytechnic State University, San Luis Obispo, Mechanical Engineering)
  • Rebecca Brunner (Central Maine Community College, Automotive Technician)
  • Omar Carrizales-Suarez (University of Michigan-Ann Arbor, Mechanical Engineering)
  • Takeshia Carter (Kennedy-King College, Autobody Collision)
  • Olivia Celinski (DePaul University, Finance)
  • Nicholas Chan (Las Positas College, Automotive Technology)
  • Dallin Clawson (Brigham Young University, Mechanical Engineering)
  • Cameron Cocalis (Colorado School of Mines, Mechanical Engineering)
  • Elijah Collins (Valparaiso University, Mechanical Engineering)
  • John Corder (Oregon Institute of Technology, Mechanical Engineering Technology)
  • Kevin Dennis (Rochester Institute of Technology, Civil Engineering)
  • David Dixon Jr. (Wesleyan University, Economics)
  • Bonifacio Duller III (College for Creative Studies, Automotive Technology)
  • Chad Eisele (Clemson University, Mechanical Engineering)
  • Colton Elfstrom (Gonzaga University, Computer Engineering)
  • Isabelle Erickson (Iowa State University, Mechanical Engineering)
  • Emily Fuchsen (Lincoln College of Technology, Autobody Collision)
  • Benjamin Glaus (Minnesota State University-Mankato, Automotive Engineering & Technology)
  • April Graham (Utah Valley University, Autobody Collision)
  • Samuel Griffith (Northwood University, Automotive Marketing & Management)
  • Christian Gutierrez (Florida International University, Construction)
  • Michael Hand (Pennsylvania State University, Electrical Engineering)
  • John Hartman (University of Northwestern Ohio, Automotive Aftermarket)
  • Thomas Havemann (Clemson University, Automotive Engineering & Technology)
  • Alix Helton (Colorado State University, Engineering)
  • Ryan Hinchberger (University of Northwestern Ohio, Automotive Technology)
  • Mark Jaszkowiak (University of Idaho, Mechanical Engineering)
  • Isaac Johnson (University of Indianapolis, Mechanical Engineering)
  • Robert Johnson, Jr. (Highland Community College, Automotive Maintenance)
  • Zachary Jones (Clemson University, Mechanical Engineering)
  • Christopher Kay (Southern Illinois University-Carbondale, Automotive Technology)
  • Jered Kennedy (Colorado School of Mines, Mechanical Engineering)
  • Henry Kingwill III (College of Lake County, Autobody Collision)
  • Tyler Kraft (University of Akron, Mechanical Engineering)
  • Matt Lambert (Oklahoma State University Institute of Technology, Automotive Technology)
  • James Larmour (Nashville Auto Diesel College, Diesel/Heavy Equipment Technician)
  • Joshua Larson (Minnesota State University-Mankato, Automotive Engineering & Technology)
  • Nicholas Lent (Monroe Community College, Information Technology & Computing)
  • Francesco LoGiudice Jr. (Farmingdale State College, Automotive Technology)
  • Scotty Lucas (University of the Pacific, Mechanical Engineering)
  • Morgan Malencia (Ohio State University, Mechanical Engineering)
  • Samuel Maner (The University of Alabama, Mechanical Engineering)
  • Brandan Marhefka (Pennsylvania College of Technology, Welding)
  • Spencer Marler (Brigham Young University-Idaho, Business Management)
  • Omar Martinez (Stanford University, Mechanical Engineering)
  • Sydney McQueary (The University of Tennessee, Mechanical Engineering)
  • Leticia Mercado (University of New Mexico, Mechanical Engineering)
  • Caleb Messer (Mississippi State University, Mechanical Engineering)
  • Evan Mihalko (Gannon University, Mechanical Engineering)
  • John Milbrandt (University of Akron, Mechanical Engineering)
  • Sloane Miller (North Carolina A&T State University, Computer Programming)
  • Lauren Mims (Clemson University, Automotive Engineering & Technology)
  • Dudley Moore (The University of Alabama, Mechanical Engineering)
  • Nicholas Nicholson (University of Northwestern Ohio, High Performance Automotive)
  • Christian Nisperos (University of California-Berkeley, Mechanical Engineering)
  • Shane Olson (University of Illinois at Urbana-Champaign, Computer Engineering)
  • Ryan Ott (Kennesaw State University, Marketing)
  • Austin Owen (Western Michigan University, Mechanical Engineering)
  • Sebastian Pereira (Harvard University, Computer Programming)
  • Kenny Phan (Clemson University, Electrical Engineering)
  • Anthony Plummer (Pennsylvania College of Technology, Automotive Technology)
  • John Rafferty (North Dakota State University, Mechanical Engineering)
  • Nathan Ragsdale (Montana State University, Mechanical Engineering Technology)
  • Emma Ricketts (Southern Illinois University-Carbondale, Automotive Technology)
  • Sean Robinson (McPherson College, Automotive Technology)
  • Brady Robling (University of Northwestern Ohio, Automotive Technology)
  • Raquel Rodriguez (Southwest Career Institute, Automotive Technology)
  • Corbin Russ (University of Arkansas, Mechanical Engineering)
  • Shay Saarie (Dakota Wesleyan University, Business Management)
  • David Scagliotta (Pennsylvania College of Technology, Automotive Technology)
  • John Shanahan (Western Technical College, Automotive Technology)
  • Parker Simpson (Rhode Island School of Design, Fine Arts)
  • Michael Stamboulian (Villanova University, Business Management)
  • Ashley Stamboulian (Villanova University, Business Management)
  • William Sullivan (Pennsylvania College of Technology, Automotive Technology)
  • Ethan Tai (University of Michigan-Ann Arbor, Information Technology & Sciences)
  • Matthew Trees (Texas A&M University, Mechanical Engineering)
  • Michael Ustes (University of Michigan-Dearborn, Mechanical Engineering)
  • Jacqueline van Zyl (Georgia Institute of Technology, Mechanical Engineering – Top Student Award)
  • Luke Voldahl (Eastern Michigan University, Information Technology)
  • Vance Weber (Kansas State University, Mechanical Engineering)
  • William Welch (University of California-Los Angeles, Mechanical Engineering)
  • Joshua Wilhelm (Kansas State University, Mechanical Engineering)
  • Kinzie Wilson (Belmont Abbey College, Business Management)
  • Christopher Wong (Massachusetts Institute of Technology, Electrical Engineering)
  • Madison Wong (Massachusetts Institute of Technology, Computer Engineering)

SEMA Loan Forgiveness Award Winners
Recipient (Employer, Institution Name, Major)

  • Sophia Dancel (Ford Motor Company, Kettering University, Mechanical Engineering)
  • Kyle Ebner (Ford Motor Company, University of Detroit Mercy, Product Development)
  • Eric Harding (Pratt & Miller Engineering, University of Michigan-Ann Arbor, Mechanical Engineering)
  • Weston Kulman (Pratt & Miller Engineering, Northwestern University, Mechanical Engineering)
  • Jay McFarland (Holley Performance Products, Mid-Continent University, Business Management)
  • Mark Mollica (ThyssenKrupp Bilstein of America, University of San Diego, Mechanical Engineering)
  • Joel Negrete (Cummins, Southern Illinois University-Carbondale, Automotive Technology)
  • Hunter Pauloski (Competition Cams, Minnesota State University-Mankato, Automotive Engineering & Technology)
  • Christopher Pearson (Directed, University of Southern California, Business Management)
  • Nicholas Soave (Race Winning Brands, Kennesaw State University, Mechanical Engineering)
  • Janelle Storey (Automotive Lift Institute, SUNY College at Cortland, Graphic Design/Art)
  • James Stray (SAM Tech, SAM Tech, Automotive Technology)
  • Jamison Wilcox (COMP Performance Group, Brigham Young University-Idaho, Automotive Engineering & Technology)

Visit sema.org for more.