Motion-Systems Qubic System - QS-CH1 Shifter-Extension

Qubic System - QS-CH1 Full-Set 3DOF

About:

The QS-CH1 is an innovative training product designed for advanced simulation of various modes of transport. Its compact design based on the technology of linear actuators makes the driver move to the virtual world with the mapping of stimuli from the real world. QS-CH1 is a brand new, modular, and flexibly configurable training product dedicated for advanced land vehicles and city car driving simulation. QS-CH1 is a part of the Qubic System product’s series. By using a number of expansion accessories, including manipulators and dedicated peripherals, it is possible to quickly build a simulator for future drivers or vehicle operators. The motion system consists of 3 DOF platform with electric actuators that provide cues for vehicle acceleration, road curvature and obstacles such as sidewalks and potholes. QS-CH1 only needs a 1.5 square meter place, and it is ideal for applications where the key is to reproduce the ergonomics of the original vehicle within a compact and mobile form. Power cabinets are located in the lower part of the QS-CH1 motion platform, under the cockpit, which significantly reduces the usable space and improves safety.

The motion system QS-CH1 gives the possibility to fit and install various dashboards and steering wheels in the easy way. This product opened up new possibilities for driving schools, car manufacturers and people running R&D projects related to land vehicles.

QS-CH1 device is a modular, and configurable training product dedicated for advanced land vehicles and city car driving simulation. Users who already have a motion base (motion platform) can only use a floor with seat and steering wheel mounting brackets, which can be easily and quickly adapted to individual projects.

NLR ES1 Haptic Feedback Sim Racing Seat

Leading Features

• Eight Integrated Haptic Motors: Seamlessly built into the seat for powerful, low-latency (75 FPS) positional feedback without compromising comfort.
• Equipped with HF8 Pro Technology: High-torque haptic motors deliver 200% more torque and 60% faster motor speed (400% more power) than the original HF8.
• Next Level Racing® HFS Software: Customise eight individual feedback zones for a fully immersive experience across racing and flight titles.
• True Bucket-Style Design: Contoured for stability and body support through corners and heavy braking.
• Side-Mount Ready: Compatible with industry-standard seat brackets for easy attachment. 
• Durable Racing suede Fabric: Hard-wearing, PU molded foam racing suede fabric offers firm body support, reduced slippage, and comfort through long sessions.

About

The Next Level Racing® ES1 Haptic Seat combines the acclaimed ES1 bucket-style design with the proven haptic technology of the HF8 Pro, delivering a fully integrated seat built for high-performance simulation. Featuring the same eight high-torque haptic motors found in the HF8 Pro — delivering 200% more torque, 400% more power, and 60% faster motor speed — the ES1 Haptic provides detailed, real-time feedback that transforms every gear shift, curb strike, and surface change into true-to-life sensation.
“The next level of realism the Haptic Seats gives you is amazing. I particularly love the feelings through the gear shifts, ripple-strips and loss of traction. Makes it much easier to judge.” Alex Gardner, Professional Race Car Driver

Each motor is embedded directly into the seat shell, ensuring balanced, low-latency feedback without vibration loss, while the durable racing suede fabric and cold-moulded foam offer long-lasting comfort and stability during endurance sessions. With side-mount compatibility for precise positioning and easy integration into professional cockpits, the ES1 Haptic combines precision, control, and immersion—defining a new standard for competitive sim racing.

Video: https://youtu.be/j2qtTMFzYjE 

Integrated Power and Comfort

Unlike traditional haptic pads, the ES1 Haptic integrates its eight high-torque motors directly into the bucket seat shell, delivering precise, low-latency feedback that follows every movement of the vehicle. This fully embedded design eliminates shifting or vibration loss, ensuring that every sensation — from tyre slip to kerb strike — is felt exactly where it happens. The durable racing suede fabric provides superior grip and comfort, while cold-moulded foam maintains firm support through long sessions. Designed for maximum body stability and endurance, the ES1 Haptic gives drivers the confidence and connection needed for competitive simulation.

Customised Haptic Control

With full support for Next Level Racing® HFS Software and SimHub integration, users can fine-tune all eight feedback zones for total control over their racing experience. Adjust motor strength, response, and trigger behaviour to replicate effects such as engine RPM, road texture, braking, and collisions. The HFS software runs at 75 frames per second, providing ultra-low latency and highly accurate feedback. A built-in physical controller allows quick intensity adjustments. For console* use, the 3.5 mm audio input converts in-game audio into dynamic vibration feedback for racing, flight, or multimedia experiences.
*Note: When using on console, haptic feedback is generated through audio-based vibration only. Individual motor control and telemetry-based effects are ONLY available on PC via HFS Software or SimHub.

Built to integrate and perform

The ES1 Haptic is designed for seamless integration with a wide range of professional simulator setups. Its side-mount compatibility allows precise positioning and angle adjustment with most industry-standard seat brackets, while the compact, lightweight design ensures easy installation across popular cockpits. The haptic system complements existing motion and tactile solutions, creating a unified feedback ecosystem for serious racers. With its rigid shell, ergonomic shape, and high-performance haptic technology, the ES1 Haptic delivers unmatched control, comfort, and immersion — built for the most demanding sim-racing environments.