We develop electronic and electromechanical control systems for vehicles that intelligently amplify human input. Based on this patented approach, our technology enables precise control not only of the turning radius but also of the vehicle’s overall Attitude angle.
This creates a new level of stability, agility, and driving dynamics - where human intention and advanced engineering work seamlessly together.
Our Partners and Clients.
Our Partners and Clients.
Active Stick Control is an advanced vehicle control system in which the driver’s steering inputs are transmitted electronically rather than mechanically. Instead of relying on traditional linkages, ASC uses high-precision actuators to translate driver commands into wheel movements.
The control element, known as the “stick,” functions not only as an input device but as an active interface. It provides continuous tactile feedback, allowing the driver to feel vehicle behavior, driving conditions, and system interventions in real time.
ASC captures the driver’s steering inputs and converts them into electrical signals. These signals control highly precise actuators that adjust wheel positioning with exceptional accuracy. At the same time, integrated sensors continuously analyze road conditions, vehicle dynamics, and assistance systems. Based on this data, the system generates adaptive feedback through resistance, vibrations, and directional forces. This creates an intuitive connection between driver and vehicle, ensuring constant awareness of stability, grip, and system responses.
.jpg)
Active Stick Control marks the beginning of a new era in vehicle operation. By replacing mechanical connections with an intelligent, active control architecture, ASC delivers higher safety, comfort, and driving performance across all vehicle segments.
Increased Safety:
Active interventions stabilize the vehicle in critical situations (e.g., aquaplaning or sudden evasive maneuvers).
Enhanced Comfort:
Road unevenness, crosswinds, and ruts are actively compensated for—steering becomes smoother and more precise.
Driver Assistance Systems:
ASC creates a seamless interface with modern ADAS and autonomous driving functions.
Ergonomics & Relief:
Drivers of large machines or trucks require less steering force, significantly reducing fatigue.
Operational Precision:
Especially for off-highway machines (e.g., construction or agricultural vehicles), ASC improves controllability on uneven terrain.
Safety & Productivity:
Active corrections reduce accident risks and increase efficiency in daily operations.Ergonomics & Relief:
Maximum Driving Dynamics:
ASC enables ultra-fast feedback and control at the limit—ideal for racetracks and high-performance driving.
Sensitivity:
Drivers experience a new level of precision, direct feedback, and confidence in the vehicle.
Technological Differentiation:
Hypercar manufacturers use ASC as an innovation to clearly stand out in the market.
Thanks to its highly sensitive sensor technology, Active Stick Control reacts more precisely than conventional steering systems in all driving scenarios. Whether navigating tight corners, driving at high speeds, or handling slippery surfaces, ASC ensures consistent control and stability.
Dank hochsensibler Sensorik reagiert das System in jeder Fahrsituation präziser als ein klassisches Lenkrad. Das sorgt für maximale Kontrolle – ob in engen Kurven, bei hohen Geschwindigkeiten oder auf rutschigem Untergrund.
With Active Stick Control, the traditional bulky steering wheel becomes obsolete. The absence of a large control unit in front of the driver creates an unobstructed view of the road, cockpit, and digital displays.
This improved visibility enhances situational awareness, reduces distractions, and significantly increases safety. Essential information and assistance systems are intuitively positioned within the driver’s field of view, enabling seamless interaction with the vehicle environment.
Active Stick Control enables intuitive vehicle operation with minimal physical movement. Steering becomes easier, more precise, and noticeably more comfortable.
The redesigned interior layout offers greater freedom of movement and supports a natural seating posture. This reduces physical strain, minimizes fatigue, and helps maintain long-term concentration and alertness.
From Level 2+ autonomous driving onward, continuous manual control of steering and operating elements is no longer required. This allows for a completely new approach to driver seating and cockpit design—ergonomic, intuitive, and individually adaptable.
The optimized seating position creates greater freedom in movement and posture, resulting in a new level of comfort and well-being. Travel time is transformed into quality time, enhancing both productivity and relaxation. The interior becomes a personal retreat where technology, design, and comfort blend seamlessly. This creates a future-oriented driving experience that is both intelligent and inspiring—designed around the needs of the modern driver.
The intelligently designed interior provides space for digital devices, communication tools, and ergonomic seating, enabling drivers to manage routes, documentation, and logistics efficiently on the move. Reduced physical strain and improved posture enhance concentration and long-term well-being.
Travel time becomes valuable working time. The cabin evolves into a mobile office where connectivity, comfort, and intelligent control systems merge seamlessly—supporting productivity without compromising safety.
High-resolution displays, optimized viewing angles, and advanced audio systems create the perfect setting for movies, series, and digital entertainment. The interior evolves into a private media space that delivers comfort and immersion on every trip.
Long-distance travel feels lighter and more enjoyable. Instead of simply reaching a destination, every journey becomes a moment of relaxation, where technology and comfort come together to create a truly personal entertainment experience.
Active Stick Control is built on uncompromising standards of reliability and safety. Its architecture is designed for maximum fault tolerance and operational stability.
Multiple redundancies in hardware and software ensure continuous fail-operational performance, even under extreme conditions. The system remains functional and secure at all times.
This approach establishes new benchmarks for trust in automated driving. ASC does not merely promise safety - it actively delivers it through intelligent system design and future-proof performance.
ASC enables manufacturers to implement individual driving modes, interface designs, and configuration options. This flexibility allows each vehicle brand to shape a unique driving experience.
Drivers can tailor system behavior and interaction to match their personal preferences, creating a fully personalized control environment.
ASC bietet Herstellern die Möglichkeit, unterschiedliche Modi, Designs und Einstellungsoptionen zu integrieren. So kann jede Fahrerin und jeder Fahrer ein Fahrerlebnis gestalten, das perfekt zu den eigenen Bedürfnissen passt.
Active Stick Control incorporates advanced rear axle slip angle management to improve maneuverability, stability, and safety.
By actively regulating longitudinal and lateral vehicle movements, the system adapts dynamically to steering, acceleration, and braking inputs. This ensures precise handling during cornering, lane changes, and evasive maneuvers.
During parking, controlled rear axle assistance enables accurate positioning in tight spaces and along curbs. Reduced steering input and enhanced stability make maneuvering effortless and secure.
The result is confident control, improved stability, and smooth handling in every driving situation.
Race-by-Wire GmbH was founded in 2022 by Prof. Lutz Eckstein, Klaus Graf, and Hubert Hügle.
Based in Böblingen, we are a technology company developing innovative by-wire systems that replace mechanical connections with intelligent electronic control. Our mission is to rethink mobility, making it safer, more intuitive, and more emotional than ever before.
Active Stick Control (ASC) is our revolutionary control interface designed to replace the traditional steering wheel. It enables a completely new driving experience through precise and direct steering, improved visibility of the road and cockpit, an ergonomically relaxed seating position, and adaptive haptic feedback.
As a result, driving becomes more comfortable, safer, and more dynamic, while the interior transforms into a stage for modern mobility.
In steer-by-wire systems, the mechanical connection between the steering wheel and the wheels is replaced by electronic signal transmission. Active Stick Control perfectly complements this principle.
It captures every movement with precision, transmits it digitally to the chassis, and delivers authentic, dynamic driving feedback through finely tuned haptic responses—entirely without a steering column.
More Safety:
Through dual redundancy and fail-operational system architecture.
More Visibility:
No steering wheel obstructs the view of the road or displays.
More Comfort:
Ergonomic design for long-distance driving and everyday use.
More Freedom:
New possibilities for interior design and vehicle architecture.
More Precision:
Immediate response—clearly noticeable in every driving situation.
Active Stick Control is currently in an intensive testing phase with multiple demonstrator vehicles. Together with leading industry partners and OEMs, we are working to integrate the technology into series-production vehicles from the mid-2020s onward, initially in the premium and performance segments.
Our vision is a new dimension of control. Race-by-Wire represents the transition from traditional mechanical systems to intelligent, connected, and human-centered mobility.
We develop technologies that give drivers greater control, enhanced safety, and a deeper sense of driving enjoyment—shaping the mobility of tomorrow.
RACE-BY-WIRE – Control Redefined. Mobility Reimagined.
