50年前の旧車にエアサス投入！メルセデスベンツW108　エアサスpart1

Summary

In this engaging episode, a team embarks on a challenging journey to install air suspension in a white car equipped with a notoriously difficult Mercedes-Benz suspension system. The project is fraught with technical hurdles, including dealing with lethal springs and a complex frame structure that complicates the installation process. Despite these obstacles, the team meticulously navigates through the intricacies of the vehicle's engineering, discussing strategies for fitting the air suspension system while ensuring safety and functionality. They also delve into modifications for the tank and compressor setup, aiming for a sleek design without compromising the vehicle's performance. This episode showcases the meticulous attention to detail and innovative solutions required to upgrade a vehicle with high-performance air suspension, highlighting the team's expertise and dedication to automotive excellence.

Takeaways

• 😀 Takeaway 1
• 😮 Takeaway 2
• 🤔 Takeaway 3
• 😲 Takeaway 4
• 🎉 Takeaway 5
• 😃 Takeaway 6
• 📝 Takeaway 7
• 🌟 Takeaway 8
• 👍 Takeaway 9
• 💡 Takeaway 10

Q & A

What is the main task being performed in the video?

The video shows the installation of an air suspension system on a Mercedes vehicle.

Why does the installer mention the vehicle's frame being dangerous?

The installer mentions that the vehicle's frame is dangerous likely due to the presence of rigid components and the potential risk of injury from the tension springs.

What challenges does the installer anticipate with the Mercedes suspension system?

The installer expects challenges in working with the dangerous tension springs, complex frame and subframe design, and potential issues with the air suspension components fitting properly.

What is the layout of the air suspension system being installed?

The planned layout involves positioning the air tank at the front, hiding the compressor at the rear, and installing the management system in the center.

What other maintenance issues are identified during the inspection?

The installer identifies potential issues with corroded brake hard lines and suggests replacing them, as well as addressing rust on the brake mount points.

What interesting design features are observed in the vehicle's rear suspension?

The rear suspension features a rigid axle design with a Panhard rod, universal joint, and a semi-trailing arm-like layout for lateral motion control.

What is the purpose of the side brake cable observed in the suspension?

The side brake cable is part of a mechanical parking brake system, likely an emergency brake, and runs from the rear to the front of the vehicle.

How does the installer plan to address potential air tank vibration?

The installer plans to reinforce the air tank mount with steel on the back side and potentially use rubber molding to dampen vibrations.

What custom modifications are being considered for the air suspension installation?

The installer is considering using MDF (medium-density fiberboard) or vinyl wrap to cover the air suspension components and adding rubber molding to match the vehicle's design.

What challenges are anticipated in routing the air lines and electrical connections?

The installer anticipates challenges in finding a suitable path to route the air lines and electrical connections from the front to the rear of the vehicle while avoiding interference with existing components.