TLDR;
The video documents the construction and initial testing of a replica Killdozer. The build involves a community of welders, advanced scanning and CAD modeling, and significant amounts of steel and concrete. The Killdozer undergoes initial testing, including crushing cars and a tug-of-war against a tank, before a long journey across the property. The creator discusses future plans for durability testing and potential demolition projects.
- Construction of a replica Killdozer with community involvement.
- Use of advanced technology like 3D scanning and CAD modeling.
- Initial testing includes car crushing and a tug-of-war with a tank.
- Plans for future durability tests and demolition projects.
Introduction [0:00]
The video starts with the beginning of the Killdozer project. The initial step involves welding 1,000 lbs of metal onto the dozer, with the help of 35 welders. Tyler, the expert fabricator, has been working extensively on the project. The goal is to make it durable enough to withstand various attacks, including missiles, tanks, and firearms.
Construction and Welding [0:34]
Tyler, the expert fabricator, has been working around the clock to frame up the metal for the Killdozer. Two dozen professional welders with portable welding rigs are participating in this community project. The welds are designed to hold concrete, creating homemade armor. A bead competition is held to determine the best welder, with the winner receiving a limited edition chrome Monster Max hammer.
Adding Features and Attachments [2:51]
The Killdozer is equipped with a hood, ripper guard, camera system, and weapon system. A black propeller is considered for the top. A special delivery arrives: the Kildozer Builder 9000, a skid steer attachment from Skid Steer Solutions, designed to lift heavy steel. The Killdozer exhaust stack from Send Cut Send is installed. An automatic kill switch system is implemented for safety, allowing someone outside the dozer to shut it off in emergencies.
Finishing the Killdozer [5:56]
After a lot of hard work, the Killdozer project is finally finished. Tyler provides a rundown of the build, explaining that the dozer was 3D scanned to 0.2 mm accuracy and the armor was CAD modeled. The armor is 3/4 inch thick steel with 5 1/2 inches of concrete between it, making it stronger than the original. The steel was sourced from Send Cut Send.
Inside the Killdozer [8:19]
The interior of the Killdozer is explored, revealing features like a fan for comfort and a shooting port with an inch-thick plate. There's a secret escape hatch for engine maintenance. The door weighs about 400 lbs and includes a durable lock.
Adding Concrete and Final Touches [10:19]
19,000 lbs of concrete are added to the Killdozer, bringing its total weight to 155,000 lbs, which is 40,000 lbs more than a tank. High-pressure water is used to carve names into the concrete. A final piece, a badge from Send Cut Send weighing around 16,000 lbs, is torched and wrapped around the front.
First Drive and Initial Testing [12:36]
Before the maiden voyage, a can of alcohol is cracked over the blade. The Killdozer is started up, and the hatch is closed. The first test involves plowing through eight cars. During the test, an airline for the nitrogen system is busted, and parts are scattered everywhere. It's revealed that the wrong cars were bulldozed, including one resembling the creator's parents' van.
Tug-of-War and Property Tour [18:49]
The Killdozer participates in a tug-of-war against a tank and wins. The creator offers $1,000 to anyone who can walk across the flattened cars without modifications. The Killdozer then embarks on a 4-mile journey across the property.
Final Thoughts and Future Plans [20:56]
The creator discusses steering issues encountered during the journey. The Killdozer is estimated to have cost around $200,000, including the dozer and hauling. The creator mentions that the blade is bigger and there are grills. The creator is seeking a structure to demolish, such as a shopping center or Walmart, and invites those with demolition permits to contact them. Future plans include durability testing, such as shooting at it, driving cars into it, using explosives, and potentially lifting it with a helicopter and dropping it.