Schaeffler To Supply ‘Indy Autonomous Challenge’

Schaeffler To Supply ‘Indy Autonomous Challenge’

The autonomous race cars will rely on Schaeffler Paravan patented "Space Drive" drive-by-wire technology.

Global automotive and industrial supplier Schaeffler is an official sponsor of the Indy Autonomous Challenge (IAC), a $1.5 million prize competition for universities to compete in the world’s first autonomous head-to-head, high-speed race at the famed Indianapolis Motor Speedway. The company will supply its patented “Space Drive” drive-by-wire technology developed by Schaeffler Paravan Technologie GmbH & Co.KG. 

Led by Indianapolis-based Energy Systems Network and the Indianapolis Motor Speedway, the IAC is a broad collaborative effort between public, private and academic institutions that challenges university students around the world to imagine, invent, and improve a new generation of automated vehicle software. The IAC offers a $1 million first prize to the winning collegiate team that is able to program an automated race car to outrace and outmaneuver the competition in a wheel-to-wheel, high-speed race scheduled for Oct. 23, 2021, at the Indianapolis Motor Speedway. 

For the first time, race cars will be competing against each other at the world-famous “Brickyard” – home of the legendary Indianapolis 500 automobile race – without any drivers behind the wheel. 

Space Drive – originally developed by Paravan GmbH to provide mobility solutions for the disabled – features “steer-by-wire” functionality, which enables safe and reliable vehicle steering by purely electronic means, thereby eliminating the need for a steering wheel, steering column and associated mechanical linkages. This makes Space Drive a key technology for autonomous driving, for which steering with the appropriate functional redundancy in accordance with ISO Standard 26262 ASIL-D is a basic requirement. Space Drive is the only system of its kind approved for public road use in several countries – including 18 U.S. states – according to ECE-R-13, ECE-R-79, ECE-R-10 (ISO 16750-P5). “Developing autonomous driving technologies and pioneering new approaches to motion are part of our company’s DNA,” said Roland Arnold, founder and owner of Paravan GmbH and CEO of Schaeffler Paravan Technologie GmbH & Co. KG. “This dovetails perfectly with the Indy Autonomous Challenge’s mission to inspire the next generation of STEM talent to ‘imagine, invent and prove a new generation of automated vehicle software.’ We are, therefore, excited to be a part of the Indy Autonomous Challenge.”

Schaeffler, in partnership with Schaeffler Paravan Technologie GmbH & Co. KG, will provide its Space Drive system – including the necessary hardware, software, training and support – to all of the collegiate teams selected to compete in the IAC. The Space Drive driving and steering system is a three-stage, multi-redundant motor driver and control system that will serve as the central control unit for converting the digital signals into actual driving signals on the road. This technology will be used equally throughout all the teams’ race cars. 

Space Drive has already proven itself under the toughest conditions on the racetrack, albeit with a human behind the wheel: In last year’s Gran Turismo and Touring Car Cup (GTC) racing series in Germany, a total of five GT race cars – along with a Ford Fiesta 5R in the rally field – were equipped with this innovative drive-by-wire technology. In addition, the #58 Porsche Cayman GT4 became the first car in the history of the 24-hour endurance race at Germany’s storied Nürburgring to compete without a mechanical connection between the steering unit and steering gear – where it ultimately finished second in its class (SP7).

The IAC race car will be unveiled at the all-digital 2021 Consumer Electronics Show (CES), which opens its virtual doors Jan. 11-14. Schaeffler will be participating at this year’s CES, where the company will showcase its e-mobility, e-motor and autonomous driving technologies. 

You May Also Like

CCC Report Analyzes Labor Pressures, Vehicle Complexity

Report shows advanced technology is contributing to costlier repairs, higher claims costs and longer cycle times.

CCC Intelligent Solutions Inc. (CCC) announced it has published its 2024 Crash Course Report, which indicates that increasing vehicle complexity, combined with rising labor costs and shortages, are placing persistent pressure on both insurers and repairers.

New findings show that while vehicles may be safer, more capable of avoiding crashes and more environmentally friendly, advanced technology is contributing to costlier repairs, higher claims costs and longer cycle times. Additional factors, such as scheduling backlogs, have contributed to the 60% increase in the amount of time it takes for vehicles to enter repair shops after estimate completion, compared to pre-pandemic times.

BendPak Founder Don Henthorn Passes Away

Grew company from small machine shop to global leader in car lifts and garage equipment.

ContiConnect Lite to Allow Digital Tire Management for OTR tires

Continental said ContiConnect Lite helps fleet managers monitor the condition of their tires via bluetooth.

UAF Scholarship Deadline Fast Approaching

The deadline to submit an application is March 31.

AAPEX Named One of 50 Fastest-Growing Shows in 2023  

This is the second consecutive year that AAPEX earned a spot in TSE’s Fastest 50 Class.

Other Posts

Clutch “No Release” Problems

Poor clutch release makes it difficult to start and stop the vehicle or change gears.

Clutch Release
TOPDON USA Makes $25,000 Donation to TechForce Foundation

TOPDON has donated over $66K to aid organizations & schools that are dedicated to preparing the next generation of technicians.

DENSO, Manufacture 2030 Partner to Improve Sustainability

DENSO’s targets include reducing the carbon outputs of its global supply chain by 25%, by the 2030 fiscal year.

BBB Industries Releases Corporate Sustainability Report

This year, BBB set a goal to decrease its scope 1 and scope 2 emissions by 50 percent before 2027.