Prop Department

Jax Rivera takes a Soviet military jet engine and tames it with industrial PLC ladder logic in a Japanese mini truck. Learn how to navigate global variable conflicts and drive-by-wire servo calibration to prevent a 400-mph disaster. This build proves that precision automation is the only thing standing between a successful test and a total meltdown.

What happens when you take a tool designed for industrial manufacturing and use it to slice a 1988 Ford Festiva in half? The result is the world's thinnest street-legal car, a narrow electric marvel that defies automotive logic and common sense. While the engineering involved liquid nitrogen and precision lasers, the real surprise was how the public reacted to a car that is more needle than machine.

Fabricators are ditching tape measures for lasers as 3D scanning technology moves from high-end labs to local workshops. This shift allows for virtual test-fitting of complex parts, like ballistic doors and custom cooling systems, with sub-inch accuracy before any metal is cut. But while the precision is undeniable, the real challenge lies in whether this digital workflow can survive the heat and grit of a real-world build site.

What happens when a $100,000 magnet designed for robotic heart surgery is dropped into the murky depths of a Florida bay? A team of creators discovered that the same technology used to save lives can also pull up the dark secrets of the criminal underworld, including a modified firearm with its identity scrubbed clean.

Monstermax is getting a massive suspension overhaul with 4.5-inch nitrogen shocks and custom 3/4-inch steel mounts. While the brute force of the truck is legendary, the engineering required to keep it stable involves delicate CAD modeling and specialized welding techniques to prevent structural failure under 40,000 pounds of weight. A revolutionary active leveling system is also on the horizon to solve the truck's top-heavy swaying once and for all.