BlueGas Rebel

Building the Bike Everyone Said Shouldn’t Exist

Sometimes the projects that define us begin years before we ever touch a wrench. The BlueGas Rebel 20 wasn’t built to prove people wrong. It was built to bring a childhood vision into reality.

Long before I understood engines, carburetors, expansion chambers, or sprocket alignment, I knew exactly what I wanted.

As a kid, my wallpaper on my computer was a lowrider bike. Every time I turned it on, I stared at it.

It wasn’t transportation.

It wasn’t practical.

It was art.

I couldn’t afford one then, but it planted a picture in my head that never really left.

Years passed.

Life changed.

Skills developed.

But that image stayed with me.

20+

Best Bike

Award at Iowa Car Show

Since 2003

Years later I built a Lincoln Town Car to exhibit at car shows. Chrome wheels, a powerful sound system, and a style that reflected me and my city in a state over 1000 miles away.

Every modification made it feel more complete, but every time I parked it, something was missing.

I didn’t want to unload an ordinary bike beside it.

I wanted another build.

THE CHALLENGE

Everyone Had a Different Answer

Most people suggested building a 26-inch.

They said a 20-inch frame was too difficult.

Too little room.

Wrong geometry.

Too many compromises.

But they were solving their own problems.

I was trying to solve mine.

I wanted the bike I’d dreamed about since childhood.

Twenty inches.

Nothing else.

VERSION ONE

Before the Chrome

Before trophies…

Before polished chrome…

Before photographs…

The bike simply had to run.

Every bracket mattered.

Every bolt mattered.

Every cable had to find a home.

On a 20-inch bicycle, every inch counts.

Engineering Note

Engine Installation

  • Engine mounting

  • Rear sprocket alignment

  • Chain tension

  • CDI placement

  • Fuel routing

  • Kill switch wiring

CHROME

Finally Building the Bike I Imagined

Once the bike became reliable, I finally allowed myself to build the version I’d imagined for years.

Chrome slowly replaced ordinary parts.

It wasn’t about making the bike shiny.

It was about watching the picture I’d carried since childhood become real.

THE ENGINEERING

Performance Creates New Problems

More power meant installing an expansion chamber.

The performance improved immediately.

The fitment didn’t.

The pipe now occupied the exact space where the front chrome fender belonged.

Engineering Problem

Problem

Expansion chamber interfered with front fender.

Easy solution

Remove the fender.

Chosen solution

Keep both.

THE BENT SPRINGER FORK

Solving Geometry

Eventually I found a bent springer fork.

Most people see it as a styling choice.

It wasn’t.

It moved the wheel forward just enough for the expansion chamber to clear while allowing the chrome fender to return.

That moment taught me something.

The best-looking solution is often the result of solving an engineering problem first.

EVOLUTION

Every Version Solved Another Problem

The bike never became finished.

It evolved.

Every version solved the shortcomings of the previous version.

It slowly became less of a product…

And more of a conversation between an idea and reality.

THE CAR SHOWS

More Than Transportation

Eventually the bike began traveling with the Lincoln to local car shows.

People walked toward the car…

Then stopped when they noticed the bicycle.

Some couldn’t believe it was gas powered.

Others wanted to know how it had been built.

The Lincoln and the bike stopped competing for attention.

They completed each other.

BEST BIKE

The Trophy

Eventually the bike entered competition.

One afternoon it won Best Bike at the Show.

The trophy still exists.

But it was never the point.

The real reward was realizing that the bike everyone said shouldn’t exist was now sitting in front of them…

Running.

Riding.

Winning.

REFLECTION

Looking Back

Today, when I look at the BlueGas Rebel 20, I don’t just see chrome or polished aluminum.

I see the evolution of how I learned to think.

Every modification tells the story of a problem that refused to solve itself.

Every bracket, every cable, every piece of hardware documents another engineering decision.

Long before All Drive Industries had a name…

This bicycle already represented what ADI would become.

Not loyalty to one technology.

Not building things because they’re easy.

But refusing to let someone else’s limitations define your own.

The BlueGas Rebel 20 wasn’t built to prove people wrong.

It was built to prove that the picture I carried as a kid could become something real.

And somewhere between that childhood wallpaper and the trophy on the shelf…

I realized I wasn’t just building bicycles anymore.

I was learning how to author reality.

PROJECT DETAILS

Project: BlueGas Rebel 20

Base Platform: 20” Lowrider Bicycle

Powerplant: 2-Stroke Bicycle Engine Kit

Major Modifications:

  • Engine conversion

  • Custom drivetrain fitment

  • Expansion chamber exhaust

  • Bent springer fork

  • Chrome accessories

  • Performance carburetor

  • Tire and stance refinements

Recognition:

  • 🏆 Best Bike at Show

Core Lesson:

Engineering is the art of making reality agree with the picture in your mind.