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By Qubicsystems

QS-BT1

€1.681,90
€1.681,90
Tax included. Shipping calculated at checkout.
QS-BT1 | SimCrafters
€1.681,90
€1.681,90
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Driven by the same technology as breathtaking QS-220, QS-BT1 is a multi-purpose, dual channel, direct drive seat belt tensioner that increases sim racing immersion like no other device in its class and price range. It can complete not only force feedback offered by direct drive wheels, but also move up the level of overall experience offered by already really immersive QS motion platforms and if needed, it can even act as a standalone independent device.

Simulation of braking, lateral accelerations, high speed cornering, wheel locks and traction loss are among list of primary features of QS-BT1. Asymmetrical engine vibrations and road surface effects like rumble strips are also available for games that support them and despite being designed mainly for sim racing application, with its 200 N of force per channel, QS-BT1 can also successfully be used in flight simulators, to make you feel gigantic forces during high G maneuvers.

ENHANCING CAR BRAKING SIMULATION EXPERIENCE

QS-BT1 significantly enhances the level of realism, providing you with an unparalleled opportunity to deeply engage in the intricate dynamics of braking.

This innovative device transforms car simulations into an exhilarating and exceptionally authentic experience, setting a new standard for the intensity and authenticity of virtual driving.

ADVANCED STEERING SIMULATION WITH DUAL TENSIONER TECH

The advanced technology of the dual-channel seat belt tensioner enables precise steering motion simulation, creating a dynamic and realistic experience when turning.

Feel subtle reactions on corners and have full control over the steering wheel, just like in a real vehicle.

VIBRATION TO INCREASE IMMERSION

QS-BT1 is an advanced seat belt tensioner equipped with innovative engine vibration technology. With this device, you can literally feel the pulsation of the engine power, adding realism and intensity to their virtual driving experience.

Engine vibrations are precisely tailored to reflect changing road conditions, responding to dynamic accelerations and gear shifts. QS-BT1 allows you to fully immerse themselves in simulated automotive emotions, delivering unforgettable sensations for both racing simulator enthusiasts and those seeking realistic automotive experiences.

GEAR SHIFTING REALISM

QS-BT1 goes beyond traditional simulation experiences by introducing the sensation of gear shifting. Through its sophisticated technology, you can distinctly feel the transition between gears as the seat belts respond accordingly to gear changes.

This innovative integration enhances the overall realism of the driving simulation, providing you with tactile feedback that replicates the nuanced dynamics of a real vehicle, making the virtual driving experience even more immersive and engaging.

BEYOND 4 WHEELS

Being jet fighter pilot is your dream? You want to experience the overload (G) that pilot feels?

QS-BT1, with its astonish 41 kg/90 lbs of sustained pulling force, allows to experience and feel differences between 1G, 2G, 3G or even 9G. Positive G, negative G or both, everything depends on your preferences, sky it the limit, literally. Centrifugal forces, engine vibrations, cannon fire, missiles launch or flares dispose [2] – all of them generate a accurate feedback through QS-BT1 and immerse you deeply into the simulation. The missing factor that binds your body to the seat, the stress you feel on your body during tight maneuvers, making you wonder if you really wish to repeat the same maneuver, are all finally there to make the gap between reality and the simulation once again smaller.

Seats & belts

  • LITTLE DETAILS THAT MATTER

    The seat must be selected correctly to match to your body height and width as the position of the seat belt slots is key for realistic force feedback and immersion.

    For optimal overall experience, the belt slots should align horizontally with your shoulder level (indicates as “CORRECT HEIGHT“).

    Slots above shoulder level (indicated as ‘TOO HIGH’) reduce the realism and enjoyment of the feedback.

    Slots below shoulder level (marked as ‘TOO LOW‘) give a downward pull, suitable for flight simulators to mimic downward G-forces, but not ideal for racing simulations.

  • NO PAIN, NO GAIN

    Does NOT apply to here. The seat belts must be aligned in a way that prevents injuries.

    Optimal solution is when the seat belts align directly above your shoulders but do not touch your neck (green dashed line).

    Slots set too wide can cause unnatural shoulder pull, reducing realism and force feedback accuracy.

    Narrowly set slots (inward red arrows) concentrate force uncomfortably on the chest and may restrict movement, diminishing racing simulation immersion and cause injuries.

  • HIGH-STRESS SIMULATIONS

    Professional racing harnesses are built for extreme conditions, offering superior safety and durability over sim racing harnesses. Their robust construction withstands dynamic movements from the QS-BT1 platform, essential for realistic g-force simulation.

    Unlike sim racing harnesses, which wear out faster and offer less safety, professional harnesses feature a secure locking mechanism that prevents accidental release during use, yet allows quick disengagement under load for safety. This balance ensures both security and ease of exit in high-stress simulations and easy of use.

Beats motion platform Limitations

  • WHEN NO MOTION IS JUST BETTER

    Classical motion platforms have no choice and have to depend on Earth’s gravity when it comes to prolonged accelerations. Even having 20 deg pitch gives only about 3.3 m/s2 [4] of perceptible sustained acceleration, which assuming 50 kg as human’s chest weigh, equals to only 165 N of force. Doing any trail-braking, which requires both pitch and roll to simulate it correctly, reduces mentioned forces drastically. When compared to QT-BT1, which generates 200 N per channel [5], it is obvious that they belong to two different leagues. When both systems are combined, the motion platform does not need to emphasize that much on simulating prolonged accelerations anymore and can utilize the full extend of its capability on everything else.

  • TRUSTED SIMULATION SAFETY

    The QS-BT1 is notable for its immersive experience and safety in simulating road conditions and vehicle behavior. Its design incorporates several safety features, including:

    • Use of motors and power supply that balance pulling force and speed for safety (difference in nominal voltages).
    • Optimal pulling force that is strong enough for realistic sensations but safe for humans.
    • The dual-channel self-testing Motion-Lock [6] system, compatible with various QS motion platforms and QS-DD-20.
    • Additional software watchdogs that enhance safety beyond the hardware solutions.

  • RACING APPLICATIONS EFFECTS

    • BRAKING
    • LATERAL ACCELERATIONS
    • CENTRIFUGAL FORCE DURING CORNERING
    • WHEEL SLIP AND WHEEL LOCK
    • ENGINE VIBRATIONS / REV LIMITER
    • GEAR CHANGE
    • SIDE SLIP, TRACTION LOSS, OVERSTEER
    • VERTICAL G-FORCE
    • ROAD HARSHNESS
    • PRE-IMPACT PROTECTION

  • FLIGHT APPLICATIONS EFFECTS

    • POSITIVE G
    • NEGATIVE G
    • LATERAL ACCELERATIONS
    • DECELERATION / SPEED BRAKE
    • CENTRIFUGAL FORCE DURING ROLL/BANK
    • CANNON FIRE/MISSILE LAUNCH
    • FLARE/CHAFF DISPOSE

SPECS

QS-BT1

Brand

Qubicsystems

Type

Motion systems

Qs-bt1 set key features

  • Key features

    • Powerful Performance: 321W rated power with 4A/115VAC and 2A/230VAC power source.
    • Dual-Channel Capability: Two independent channels for a versatile and dynamic simulation experience.
    • Advanced Protection: Class 1 protection for enhanced safety during operation.
    • Versatile Connectivity: USB interface for seamless integration with Windows PC.
    • Pulling Force: 20.5kg/45lbs/200N per channel, providing realistic feedback.
    • Multifunctional RGB: Illuminated with customizable RGB lighting for a visually immersive experience.
    • Compact and Lightweight: Streamlined dimensions and device weight for practical use.
    • Motion Platforms Compatibility: Compatible with QS, PS, HS motion platforms for extended versatility and most cockpits available on the market.
    • Effect Diversity: Supported effects vary based on the specific game in use.
    • User-Friendly Setup: Maximum length of USB and Motion-Lock cables at 3m for flexible positioning.

What's included

  • Included

    Included:

    • Main unit (QS-BT1)
    • USB cable
    • External power supply with power cord
    • 2x Low friction inserts for seat belts slots
    • Universal mounting adapter for aluminium cockpits with necessary hardware
    • Motion-Lock jumper

    Not included:

    • Seat belts
    • Cockpit
    • Bucket seat
    • Motion-Lock remote switch (sold separately)
    • Dedicated adapter for other cockpits (sold separately)

Qs-bt1 technical specs

  • Technical specifications

    GENERAL SPECIFICATION OF QS-BT1

    • Power Source: 4A/115VAC, 2A/230VAC
    • Rated Power: 321 W
    • Inrush Current: 20A/115VAC, 40A/230VAC
    • Protection Class: 1
    • Interface: USB
    • Dimensions: 561 x 99 x 138 mm/22.13 x 3.90 x 5.43 in
    • Device Weight: 12 kg/26.46 lbs
    • Power Supply Weight: 2.8 kg/6.17 lbs
    • Number of Independent Channels: 2
    • Pulling Force: 20.5 kg/45 lbs/200 N per channel
    • Storage Temperatures: +4°C to +45°C
    • Full Performance Temperatures: +5°C to +35°C
    • Computer Compatibility: Windows PC
    • Supported Effects: Depends on Specific Game
    • Multifunctional RGB
    • Maximum Length of USB Cable: 3m
    • Maximum Length of Motion-Lock Cable: 3m
    • Motion Platforms Compatibility: QS, PS, HS [1]

    [1] For seat movers application, QS-BT1 can be installed only to the motion platform’s top frame, close to pivot point and it will reduce allowed user weight.

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