New Flexible Wishbone Set To Transform Conventional Vehicle Suspension

Written By:

A new system called Lift which stands for 'Lightweight Innovative Flexible Technology' is claimed to save about 40 percent of a conventional double wishbone system's weight.

The revolutionary new independent suspension is made up of flexible wishbones with its ability to bend could replace traditional springs and dampers in a vehicle.

New Flexible Wishbone Could Transform Conventional Vehicle Suspension

The project by a UK-based engineering consortium is partly funded by Innovate UK, the UK government agency which supports cutting-edge technology. The consortium consists of Simpact, a Midlands-based computer- aided engineering specialist, Ariel Motor Company and the Warwick Manufacturing Group.

New Flexible Wishbone Could Transform Conventional Vehicle Suspension

The consortium will showcase the new flexible wishbone technology at the Cenex-LCV expo at the Millbrook Proving Ground on September 6-7, 2017, using a display consisting of a modified Ariel Atom front suspension.

Dirk Landheer, managing director of Simpact says the technology is not difficult to understand. He explains that the flexible wishbones attach to the chassis and their internal structural design control the wheel movement.

Recommended Video - Watch Now!
    Jeep Compass Launched In India - DriveSpark
    New Flexible Wishbone Could Transform Conventional Vehicle Suspension

    But the interesting part is that the suspension system moves in several directions and not the conventional 'up and down' system making it highly complex in detail.

    Even the parts used needed very careful hand lay-up at present, with the direction of the fibers and the wishbones' thickness very accurately controlled.By applying dozens of sensors to the core structure of a standard Atom, and using the University of Warwick's measuring apparatus to record the car's behavior, the consortium was able to gather large quantities of data about the basic functioning of a conventional suspension system and then apply it to the design of Lift.

    Currently, the product revealed so far is the year's backing of Innovate UK, the next stage would be to develop a running Atom prototype, but the go-ahead for that awaits the results of further funding competitions.

    New Flexible Wishbone Could Transform Conventional Vehicle Suspension

    Landheer says despite the Lift being tested on the Atom, the system should allow designers great flexibility in developing future suspensions. The Lift is configured for a service life of about 620,000 miles with no serious threat durability problems and can be applied to both light and heavy vehicles.

    Ariel boss Simon Saunders says, "We got interested in this because, though this was a disruptive technology, we could see it working. We're always open to new ideas; in fact, if it works, we could be one of the first adopters."

    Presently, those involved agree that the project needs bigger funding but are determined to carry forward the work they've started. "We all want to be sure the intellectual property is anchored here in the UK," says Saunders. "We've reached the end of an in-depth feasibility study, and we think this thing works. Now we want to start testing."

    DriveSpark Thinks!

    The new flexible wishbone can change the dynamics of the conventional suspension system in vehicles leading to better comfort and performance of the vehicle.

    Read more on: #auto news
    Story first published: Thursday, September 7, 2017, 16:35 [IST]

    Latest Auto Expo Images

    Latest Auto Expo Videos

    Get Instant Auto Updates From DriveSpark

    We use cookies to ensure that we give you the best experience on our website. This includes cookies from third party social media websites and ad networks. Such third party cookies may track your use on Drivespark sites for better rendering. Our partners use cookies to ensure we show you advertising that is relevant to you. If you continue without changing your settings, we'll assume that you are happy to receive all cookies on Drivespark website. However, you can change your cookie settings at any time. Learn more