RoRa is developed to meet the demand for high bandwidth and a large, realistic workspace. It gives drivers an authentic feel of the car, maximizing the relevance and effectiveness of simulator sessions.
Its high bandwidth and expansive workspace are realized through a patented, simple, robust mechanical design, engineered for absolute precision, reliability, and lasting performance.
Originating from the design of a bespoke, uncompromised Formula 1 simulator, RoRa redefines professional simulation, delivering benchmark fidelity and performance crafted for professional motorsport simulation.
RoRa Unveiled: Design, Features and Advantages
Cruden’s RoRa motion concept is built on the principle of a primary motion stage that expands the workspace of a highly dynamic secondary motion system. The result is a seamless combination of large-excursion motion capability with high-frequency dynamics, enabling precise self-motion perception and a realistic driving experience. RoRa delivers a refined balance between range, bandwidth, and system simplicity, offering a motion solution engineered for performance and realism.
Discover the RoRa Primary System
The RoRa Primary System employs three legs rotating around a central pivot, forming the core of the motion stage. Each leg is supported by large rollers and connected to a linear actuator through a push‑pull rod, translating linear actuator motion into smooth rotational movement. As the actuators drive the legs, their synchronized rotation generates controlled motion of the TriBase structure (the foundation for the secondary system) in surge, sway, and yaw. This highly efficient configuration enables large workspace excursions with exceptional directional control, delivering smooth, high‑fidelity vehicle motion cues through an effective and robust mechanical architecture.
Configuring RoRa for Your Application
The Secondary System, mounted on the TriBase structure of the Primary System, can be selected from various motion system and kinematic configurations to suit specific simulation objectives. This flexibility allows for an optimal match between vehicle mock‑up layout and motion performance requirements. RoRa supports multiple visual system solutions, including offboard or onboard multi-channel projection, DV-LED display systems, and VR/XR head-mounted displays (HMDs), all perfectly synchronized with the motion system to deliver optimal self-motion perception and unrivaled immersion.
Distinctive Mechanical Advantages
Exceptional strength and stiffness throughout the structure, ensuring precise motion feedback and high payload capacity.
Optimized load paths maintained at every point within the workspace for consistent performance and accuracy.
Fast and straightforward installation process, designed for practical deployment.
Minimal maintenance requirements due to robust system engineering and durable component choices.
Integrated onboard systems
RoRa simulators can be equipped with a full suite of onboard driver systems engineered for accuracy and immersion.
Cruden supplies control‑loaded steering wheel systems, passive or active pedal assemblies, seat belt tensioner solutions, and integration of vehicle specific driver controls and dashboards to precisely reflect real vehicle interfaces.
Audio and intercom systems are seamlessly integrated alongside physical controls, providing the driver with spatial audio cues that complement the motion and visual inputs for full immersion. This ensures not only natural communication but also that every sensory channel, auditory, visual, and motion, is perfectly synchronized for a comprehensive and realistic simulator experience.
