DIY Alignment: The Basic Version

With the weigh scales and the camber/caster gauge mentioned, that takes us to the final expense that we had, which was the Ansix Auto DIY string alignment kit. The Ansix Auto DIY string alignment kit was a prototype that we had the opportunity to purchase and test out. It is now in production and available for the consumer. This was the third item that involved some cost. It comes with high quality 3D printed components and the end user has to purchase the rods/tubing separately to make it work. It is more complex than the jack stands that Nikita used in his DIY article. I’m not going to say it’s better or worse, it’s simply a different approach. Easier from my perspective. If you bump either setup, you’re going to have to reset/check it to ensure that you haven’t  changed everything. This Ansix Auto setup hooks over the front rad support and the rear trunk/hatch. It’s incredibly adaptable so should fit virtually any vehicle. While my shop rags aren’t very photogenic, they were placed between the frame and the car to protect the car’s finish and, when the project is complete, you can use them to clean up. Once the Ansix Auto kit is setup on the car, then you need to measure the height of the centre axle point and then transfer that data to your four corner points. I was asked how you can ensure that it is square. That’s a great question if you’re building a house and undoubtedly if you’re building a car, but with an alignment on a 20 plus year old track car I don’t see that it matters if it’s a perfect rectangle or if it’s a trapezoid. If the car is a trapezoid, I’m not sure how you’re going to correct it? Our focus was to ensure that lines were parallel thus being able to set toe accurately. As we learn more and if we find that this is a larger issue than we’ve first guessed, by cross measuring (carpenters measure diagonally corner to corner and equal distance is 90 degree corners) we can ensure that we have a square setup.