Kevin Schiele In 2026: Inside The Master Craftsmanship Of Kindig-it Design’s Shop Foreman
Disambiguation Note: This profile focuses exclusively on Kevin "Kev-Dogg" Schiele, the professional automotive builder, custom fabrication expert, and shop foreman of Kindig-it Design, renowned for his leading role on the television series Bitchin' Rides.
The world of high-end custom automotive fabrication demands an exceptional balance of artistic vision, mechanical precision, and rigorous operational management. At the epicenter of this industry stands Kevin Schiele, widely known as "Kev-Dogg." As the long-standing shop foreman of Kindig-it Design—the premier 27,000-square-foot fabrication facility based in Salt Lake City, Utah—Schiele has spent decades turning conceptual automotive renders into high-performance, road-ready masterpieces.
As we navigate the custom car landscape of 2026, the technical complexities of restomodding have escalated. Builders must now seamlessly integrate high-output electric vehicle (EV) powertrains, sophisticated computer-aided design (CAD) chassis, and carbon-fiber body panels into classic silhouettes. Through these industry shifts, Schiele's leadership remains the gold standard, ensuring that every vehicle bearing the Kindig-it name meets flawless structural and aesthetic benchmarks.
The Operational Philosophy of Kevin Schiele: Managing Elite Custom Fabrication
To understand Kevin Schiele’s influence is to understand the logistics of an elite custom hot rod shop. Managing a team of specialized fabricators, painters, upholstery artists, and mechanics requires more than just mechanical aptitude. It demands an uncompromising commitment to quality control and a deep understanding of advanced metallurgy, suspension geometry, and modern drivetrain integration.
At Kindig-it Design, Schiele oversees the workflow of dozens of concurrent, multi-year builds. His primary responsibility is bridging the gap between Dave Kindig’s radical design sketches and the physical realities of metal fabrication. This process requires precise calculations to ensure that lowered ride heights, custom wheel offsets, and chopped roofs do not compromise the vehicle’s structural integrity or drivability.
The Technical Standards of a Kindig-it Build
Under Schiele's oversight, the shop adheres to strict engineering tolerances that rival aerospace manufacturing. When executing a custom top-chop or sectioning a classic body, the fabrication team utilizes specialized tooling to prevent panel distortion.
- TIG Welding Excellence: Silicon bronze and mild steel TIG welding are utilized to minimize heat-affected zones (HAZ), reducing the need for heavy body fillers and ensuring a metal-finished surface.
- Chassis and Suspension Geometry: Classic frames are routinely replaced with custom-engineered chassis featuring independent front and rear suspensions, optimized roll centers, and modern rack-and-pinion steering setups.
- Perfect Panel Gaps: A signature of Schiele's quality control is the uniform 3/16-inch panel gap across all doors, hoods, and trunk lids, achieved through meticulous metal shaping and lead loading.
Quality Control Principle: At this level of custom fabrication, there is no room for close enough. Every panel must align perfectly with a consistent gap, and the mechanical reliability must match or exceed modern OEM production vehicles. This dedication ensures that our builds are not just trailer queens, but fully functional pieces of rolling art.
Kevin Schiele’s Career Trajectory and TV Prominence
Kevin Schiele's journey to becoming one of the most recognized names in the custom car world is rooted in a lifetime of hands-on experience. His passion for custom vehicles began in his youth, centering heavily on the custom mini-truck movement of the late 1980s and 1990s. This subculture served as a crucial training ground, teaching him the fundamentals of body dropping, air ride suspension plumbing, and custom sheet metal work.
His professional partnership with Dave Kindig began over two decades ago. Recognizing Schiele's work ethic, technical versatility, and innate leadership abilities, Kindig appointed him shop foreman—a role that has defined his career. When Velocity (now MotorTrend TV) launched Bitchin' Rides, Schiele’s authentic, no-nonsense personality and technical expertise quickly made him a central figure on the show.
By 2026, Bitchin' Rides has solidified its status as one of the longest-running and most respected automotive programs on television. Unlike highly dramatized reality TV shows, Schiele's portrayal highlights the genuine, complex problem-solving processes involved in elite fabrication, earning deep respect from professional builders and enthusiasts alike.
Car designer Dave Kindig, from left, Kevin Schiele, and executive ...
Key Custom Vehicle Projects and Engineering Challenges
The portfolio of builds overseen by Kevin Schiele represents some of the most complex engineering projects in the custom automotive space. From ground-up carbon-fiber builds to classic European sports cars and massive American cruisers, each vehicle presents unique challenges.
The following table details several iconic vehicle classes and build series managed by Schiele, highlighting the specific fabrication challenges and technical metrics achieved under his supervision.
| Vehicle Class / Build Series | Key Fabrication Challenges | Kevin Schiele's Technical Oversight | Technical Metric/Benchmark |
|---|---|---|---|
| CF1 Roadster Series (Custom Carbon Fiber '53 Corvettes) | Bonding lightweight carbon-fiber bodies to modern chassis without stress fractures. | Custom Roadster Shop chassis alignment and carbon-to-metal bonding agents. | 0.03-inch panel gap tolerances across lightweight composite materials. |
| Classic Cadillacs (e.g., 1960 "Copper Caddy") | Managing massive sheet metal panels, custom air ride clearance, and heavy trim integration. | Fabrication of custom floor pans, transmission tunnels, and wheel tubs to accommodate slammed ride heights. | 100% bespoke, hand-formed floor structures with integrated exhaust channels. |
| High-Performance Restomods (e.g., GM LT4 / Custom EV Swaps) | Fitting modern supercharged V8s or battery packs into narrow classic engine bays while maintaining cooling. | Designing custom cooling stacks, steering shaft clearance, and routing high-voltage/fuel delivery lines safely. | Sustained >650 HP thermal management under closed-hood operating conditions. |
| Bespoke Hand-Built Parts (Kindig-it patented flush handles) | Machining, polishing, and flush-mounting billet aluminum door handles to factory steel. | Directing CNC machining paths, manual pocket fabrication, and internal latch linkage design. | Zero-resistance latch mechanism with flush aerodynamic exterior integration. |
The Pros and Cons of Modern Custom Restomodding
As the industry advances in 2026, builders face new challenges. Integrating modern technology into classic platforms offers immense benefits but introduces significant engineering obstacles.
The Advantages of Modern Custom Restomods
- Exceptional Drivability: Modern suspension geometry, electronic fuel injection (EFI), and advanced braking systems transform harsh classic rides into vehicles that can be comfortably driven daily.
- Structural Safety: The addition of integrated roll cages, crumple zones, and high-strength steel chassis dramatically improves passenger safety compared to original mid-century construction.
- Bespoke Personalization: Advanced manufacturing techniques, such as 3D printing and CNC milling, allow Schiele’s team to create entirely unique trim pieces, wheels, and interior components tailored to the client.
The Technical Challenges of Modern Custom Restomods
- Packaging Constraints: Classic vehicle designs did not anticipate the space requirements of modern multi-link suspensions, massive superchargers, multi-zone climate control systems, or EV battery arrays.
- Metallurgical Chemistry: Welding modern high-strength steels to vintage, fatigued sheet metal requires precise temperature control and specialized welding wires to prevent cracking at the joints.
- Extreme Financial Investments: High-end builds of this caliber require thousands of hours of highly skilled manual labor, pushing project budgets into the mid-six-figure and seven-figure ranges.
Step-by-Step Guide: How Kevin Schiele Approves a High-End Custom Build
For a custom car to pass Schiele's rigorous inspection process and earn his seal of approval, it must undergo a structured, multi-phase validation workflow. This systematic process ensures that every vehicle leaving Kindig-it Design is safe, structurally sound, and flawlessly finished.
- Chassis Validation and Squareness Test: Before any body panels are permanently mounted, the aftermarket or custom-fabricated chassis is placed on a precision frame rack. The fabrication team measures cross-diagonal points to ensure the frame is perfectly square within a 1/16-inch tolerance.
- Mock-Up and Clearance Clearance (Clearing the "Drivability Profile"): The engine, transmission, steering column, and suspension are fully mock-installed. The suspension is cycled through its complete travel—from full compression to full extension—while turning the wheels lock-to-lock to ensure zero interference with the body or chassis.
- Metal Fin and Gap Alignment: Once mock-ups are approved, the vehicle undergoes extensive metal finishing. Panels are planished, shrunk, and stretched until the body is straight enough to require only a micro-thin layer of polyester primer.
- Paint Prep and Block Sanding Audits: Under Schiele's watchful eye, the body panels are block-sanded multiple times using guide coats to identify high or low spots. The vehicle is not cleared for the paint booth until the body lines are absolutely laser-straight.
- Post-Assembly Shakedown and Calibration: Once fully assembled, the vehicle undergoes at least 100 to 500 miles of real-world road testing. Schiele personally audits the vehicle for squeaks, rattles, fluid leaks, and suspension settling, adjusting the ride height and shock valving as needed.
Frequently Asked Questions About Kevin Schiele
What is Kevin Schiele's official role at Kindig-it Design?
Kevin Schiele is the Shop Foreman at Kindig-it Design. In this role, he manages the daily operations of the shop, schedules build phases, oversees a team of specialized fabricators, and acts as the primary quality control officer for all custom automotive projects.
How did Kevin "Kev-Dogg" Schiele get his start in the custom car industry?
Kevin started his career by immersing himself in the custom mini-truck scene during his youth. This hands-on era taught him custom fabrication, body modifications, and air ride suspension installations, laying the foundation for his professional partnership with Dave Kindig.
What technical skills is Kevin Schiele most known for?
Schiele is highly regarded for his expertise in custom chassis fabrication, suspension design, air ride systems, and complex assembly logistics. He is also recognized for his keen eye for body line alignment, panel gap consistency, and overall build drivability.
Where is Kevin Schiele’s shop located?
Kevin operates out of the Kindig-it Design facility located in Salt Lake City, Utah. The expansive shop features dedicated zones for metal fabrication, body preparation, custom painting, final assembly, and CNC machining.
What is Kevin Schiele's net worth in 2026?
While exact financial figures are private, industry analysts estimate Kevin Schiele’s net worth in 2026 to be between $1.5 million and $3 million. This wealth has been accumulated through his decades-long career as a top-tier shop foreman, television talent, brand sponsorships, and appearances within the automotive industry.
The Future of Custom Fabrication under Schiele’s Leadership
As we look further into 2026 and beyond, the custom automotive industry continues to evolve at a rapid pace. The rise of hybrid and fully electric drivetrains has introduced a new paradigm to hot rodding. Under Kevin Schiele’s guidance, Kindig-it Design has adapted seamlessly, merging traditional coachbuilding artistry with cutting-edge electrical engineering.
Whether managing a ground-up carbon-fiber build or executing a flawless restoration on an iconic classic, Schiele’s meticulous attention to detail ensures that the art of custom car building remains alive, technically sound, and incredibly robust. His leadership continues to inspire the next generation of fabricators to pick up a TIG torch, master the English wheel, and push the boundaries of what is possible on four wheels.
