---
title: 'This cost me 100,000 dollars...'
source: 'https://youtube.com/watch?v=hly-3fiHARI'
video_id: 'hly-3fiHARI'
date: 2026-09-24
duration_sec: 155
channel: 'JerryRigEverything'
---

# This cost me 100,000 dollars...

> Source: [This cost me 100,000 dollars...](https://youtube.com/watch?v=hly-3fiHARI)

## Summary

The video showcases the acquisition and use of a Trumpf TrueBend 2100 CNC brake press, purchased for $100,000, to mass-produce off-road wheelchairs. The creator explains how the machine, combined with a laser cutter, enables efficient sheet metal fabrication, dramatically reducing production costs and time.

### Key Points

- **Mass Production Goal** [00:00] — The factory aims to build hundreds or thousands of off-road wheelchairs this summer using a redesigned rig 2.0, moving from one-off prototypes to mass production.
- **Prototype Limitations** [00:13] — Building prototypes one at a time is slow and expensive, prompting the shift to mass production methods inspired by Henry Ford's 1913 automobile assembly line.
- **Machine Acquisition** [00:28] — The Trumpf Truebend 2100 brake press was bought used for about $100,000, offering the crushing force of 20 full-size elephants.
- **Laser Cutting Integration** [00:53] — A 5x10 sheet of metal is fed into a laser cutter that precisely cuts out parts for the wheelchairs, with the ability to cut all parts for one wheelchair in about 20 minutes.
- **CNC Brake Press Features** [01:41] — The CNC brake press automatically measures flange lengths and uses back gauges to ensure accuracy, saving operator time and reducing errors.
- **Safety Mechanisms** [02:09] — A laser sensor stops the press if anything disrupts the beam, preventing accidental injury, similar to garage door safety sensors.
- **Production Capability** [02:22] — Combining the laser and brake press allows for efficient, low-cost production of off-road wheelchairs, potentially even rebuilding society from scratch.

### Conclusion

The video demonstrates how investing in advanced manufacturing equipment like the CNC brake press and laser cutter enables scalable, cost-effective production of specialized products like off-road wheelchairs, moving from costly prototypes to mass production.

## Transcript

We got this machine used for about a hundred thousand dollars. Here at my wheelchair factory we are getting ready to build hundreds, if not thousands, of off-road wheelchairs this summer as we relaunch our redesigned rig 2.0. This is what we are
trying to build with our new machine. What you see here is a few of our one-off prototypes, prototypes that we've been using for testing and filming for the past year. Building them one at a time though is slow and rather expensive, so just like Henry Ford did with the automobile back
in 1913, we'll be mass producing our off-road wheelchairs to bring the price way, way down. It's called a Trumph Truebend 2100, and while its name is rather unfortunate, its abilities
are extraordinary. Basically this has the crushing force of 20 full-size elephants, but since we don't have the resources to feed that many elephants, we bought the brake press instead. A lot of our off-road wheelchair parts and wheelchair parts use sheet metal
for like the seat backs and kind of like the frame design. So we put a giant 5x10 sheet on this side and it gets pulled into the laser where laser beams can cut out the exact dimensions we need.
Flat sheet metal is one of the most common ways metal is manufactured and distributed, and we can use a literal laser beam to cut out the intricate shapes we need for the off wheelchairs It an extremely impressive machine If you want to learn more about lasers I did make a whole video on this guy when we bought it last year Basically any shape we can dream of out of aluminum or steel this laser can provide for us
really quickly. We can probably cut out all the individual parts we need for a single off-road wheelchair in about 20 minutes. What's interesting is that they call this top piece the jaws, and then obviously this is the teeth, so it's like a big old mouth that just clamps down on the metal.
The CNC brake press knows the length of the flange that we're trying to create and the back gauges make sure that we don't screw it up. It's super nice that the machine does all of the measuring for us, which saves the operator a lot of time as we build our off-road wheelchairs
quickly. Like I mentioned earlier, it only takes about a thousand pounds to shear off a finger, and this machine would probably be capable of shearing off about 200 fingers all at the same time. We'll have to save that test for a different video, but luckily there's a level of safety with
a laser sensor to keep that from happening on accident. Kind of like the laser below your garage door, if anything disrupts the laser beam that's not the punch itself, like a finger or an arm, the brake press will stop and hopefully not shear off any of your digits.
And there you have it. Between the laser and the brake press we could basically reconstruct society from scratch or build really cool inexpensive off-road wheelchairs. Thanks a ton for watching and I'll see you around.