About CalculatorGarage
CalculatorGarage is an automotive engineering resource built for enthusiasts, racers, builders, and everyday drivers who want accurate numbers — not guesswork.
Founded by a lifelong racer and Ford performance builder, the platform combines real-world mechanical experience with structured engineering-based calculator development.
The Foundation
CalculatorGarage was founded by a lifelong automotive enthusiast who started racing go-karts at 13 years old before moving into dirt track cruiser class stock cars.
The first race car was a 1981 Ford LTD, followed by multiple Ford Thunderbirds — including an 80 model that rolled over on track. Restrictor plate racing, open tuning setups, track variation, and drivetrain adjustments were part of the learning process.
Racing Experience
- Multiple first-place finishes
- Three demolition derbies
- Dirt track 4-cylinder racing (Dodge Neon)
- Street builds and bracket racing
Hands-On Mechanical Work
- Ford 9-inch gear swaps
- T5 transmission work
- Suspension setup and tuning
- Drivetrain diagnostics
Garage-Built Experience
Raised in a working garage environment where fabrication, mechanical repair, tuning, and real-world failure analysis were part of everyday learning.
Vehicles Built, Restored, or Modified
- 1984 Mustang GT (father/son build)
- 1986 Mustang GT (modified)
- 2003 Mustang Mach 1 (modified & shown)
- 1965 Mustang Coupe (full restoration)
- 1969 Mach 1 restoration
- 1970 Mustang Fastback restoration
- 1988 Fox Body nitrous car
- 1987 Ford Ranger 302 swap
- 1993 F150 mud build
- 1984 Monte Carlo SS
- 1979 Chevrolet street build
The Evolution
CalculatorGarage represents what happens when a lifelong car builder learns to engineer with code.
The founding developer is self-taught in programming and web development, currently pursuing computer science education and recognized on the Dean’s List. With a welding certification and deep mechanical background, the platform blends fabrication knowledge with structured computational logic.
This is not theoretical content. Mechanical systems are translated into usable engineering math.
Engineering & Development
Structured Calculations
Documented formulas, defined input variables, unit conversions, and engineering validation.
Boundary Validation
Calculators include input limits, edge-case handling, and failure state modeling.
Transparent Methodology
Every tool documents formulas, assumptions, and real-world operating limits.
Our Mission
CalculatorGarage exists to make structured automotive knowledge accessible.
Performance math, towing calculations, drivetrain ratios, maintenance modeling, and vehicle-specific calculations should not be locked behind industry barriers.
Every tool on CalculatorGarage is built to be transparent, defensible, and grounded in real-world mechanical understanding.
Built in the Garage. Engineered for the Real World.