The Typhoon Bathurst V2 Racer Chair is one of the most affordable racing‑style seats on the market, offering basic ergonomics and a sleek leatherette finish for under $150 AUD.

While its height‑adjust and tilt functions make it suitable for long gaming sessions, the stock model delivers only visual and auditory cues, leaving a crucial sensory channel untapped. By integrating a bass shaker and a compact amplifier, the chair can be transformed into a full‑sensory sim‑racing cockpit, letting drivers feel engine revs, gear shifts, road texture and impacts in real time.

This guide walks through the why, how and what of adding tactile feedback to the Bathurst V2, covering mounting options, hardware selection, wiring and software configuration so you can upgrade a budget‑friendly seat into a competitive immersion platform without breaking the bank.

Typhoon Bathurst V2 Racer Chair Overview

The Typhoon Bathurst V2 is a budget‑friendly gaming seat (≈ $135 AUD) sold by Officeworks and Kmart. It targets casual racers who sit 3‑5 hours a day and offers leatherette upholstery, flip‑up arms, a 120 kg weight capacity, gas‑lift height adjustment and a basic tilt mechanism.

The chair measures 670mm W × 685mm D × 1 220mm H, with a seat height range of 445‑540mm and can be assembled in about 20 minutes.

Bathurst V2 Racer Chair Key Specifications

Pros

• Affordability: One of the cheapest racing‑style chairs on the market.
• Basic adjustability: Height and tilt can be set quickly.
• Warranty: Three‑year coverage gives peace of mind for a low‑cost product.

Why Add a Bass Shaker?

The stock Bathurst V2 delivers visual and auditory cues only. By installing a tactile transducer, low‑frequency engine revs, gear shifts, road texture and impacts are felt directly through the seat, closing the immersion loop and delivering a cockpit‑level experience without the price tag of a dedicated sim‑rig.

Mounting Options

Rigid mounting is essential for preserving the low‑frequency response; flexible mounts will dampen the effect and produce a “muffled” feel.

Required Hardware

Software Configuration

What is SimHub?

SimHub is a versatile PC application for sim racing that connects games to a wide range of hardware peripherals, extra screens, LED displays, Arduino devices, bass shakers, motion rigs and more.

By extracting telemetry data from the game, SimHub feeds real‑time information to these devices, enabling custom dashboards, visualizations and haptic feedback that enhance immersion and provide precise, customizable control over the racing experience.

It serves as a bridge between the simulator and the hardware ecosystem, allowing users to tailor the interface and sensory output to their preferences.

SimHub (PC): The de‑facto telemetry‑to‑vibration bridge.

Configure SimHub on the PC by selecting the USB amplifier (e.g., NS‑01G PRO) as the audio output device, then map telemetry data, engine RPM, gear shifts, ABS activation, road surface type and collision events, to separate frequency bands or distinct amplitude envelopes.

Fine‑tune each channel with appropriate gain, low‑pass filtering and envelope attack/release settings so that gear shifts produce a sharp, percussive cue while road surface rumble is rendered as a continuous low‑frequency vibration.

This setup creates a clear, tactile translation of key racing telemetry into vibration feedback.

1. Output Selection: Choose the USB amplifier (e.g., NS‑01G PRO) as the audio output device.
2. Telemetry Mapping: Create actions for engine RPM, gear shifts, ABS, road surface and collisions. Assign each to a distinct frequency band or amplitude envelope.
3. Tuning: Adjust gain, low‑pass filter and envelope attack/release so that a gear shift feels sharp while road rumble feels continuous.

For consoles, a dedicated audio interface (e.g., a 3.5mm line‑out from the console to the amp) can be used, though telemetry‑driven effects will be limited to game audio.

Installation Steps

Begin by preparing the seat: remove any protective padding or Velcro covering the metal frame and clean the mounting surface with isopropyl alcohol.

Mount the shaker either by drilling pilot holes (M4) and securing it with bolts to a sturdy bracket or by applying 3M Dual Lock strips to the shaker base and pressing it firmly onto the frame; optional rubber or silicone washers can be placed between the shaker and frame to reduce metal‑on‑metal squeal.

Route the speaker wire from the shaker to the external amplifier, securing the cable along the chair’s underside with zip ties.

Connect the amplifier to a USB power source or wall adapter, then link the amp’s audio input to the PC via USB or a 3.5 mm line‑in.

Launch SimHub, select the amplifier as the output device, import or create a vibration profile and test at low volume to verify coupling.

Finally, increase gain gradually while monitoring for rattling and add felt pads under the chair legs to isolate floor vibration.

1. Prepare the Seat: Remove any protective padding or Velcro that covers the metal frame. Clean the mounting surface with isopropyl alcohol.
2. Mount the Shaker –
   If drilling: Align the universal mount with a sturdy bracket, drill pilot holes (M4) and secure with bolts.
   If adhesive: Apply 3M Dual Lock strips to the shaker base and press firmly onto the frame.
   Optional: Insert rubber or silicone washers between the shaker and frame to reduce metal‑on‑metal squeal.
3. Run Wiring: Route speaker wire from the shaker to the external amplifier, securing the cable along the chair’s underside with zip ties.
4. Connect Amplifier: Plug the amp into a USB power source or wall adapter, then connect the amp’s audio input to the PC (USB or 3.5 mm line‑in).
5. Software Setup: Launch SimHub, select the amplifier as the output device, import or create a vibration profile and test with a low volume to verify coupling.
6. Fine‑Tune: Increase gain gradually while monitoring for rattling; add felt pads under chair legs to isolate floor vibration.

Key Tips for a Reliable Build

Secure all fasteners to eliminate loose bolts that cause rattling and mask low‑frequency feedback and place felt or rubber isolation pads under the chair legs to prevent vibrations from traveling through the floor.

Keep the BST‑1’s amplifier gain below clipping, as the unit is rated for 50W RMS; this protects the motor and avoids distortion. For larger rigs, use four TT25 pucks, one at each corner, to achieve more uniform coverage than a single large shaker.

Finally, avoid drilling into the Typhoon Bathurst V2 frame, since doing so voids the warranty; adhesive mounting preserves it.

• Secure All Fasteners: Loose bolts create unwanted rattling that masks the intended low‑frequency feedback.
• Use Isolation Pads: Felt or rubber pads under the chair legs prevent vibration from traveling through the floor and disturbing others.
• Avoid Over‑driving: The BST‑1 is rated at 50W RMS; keep amplifier gain below clipping to preserve motor life and prevent distortion.
• Consider Multiple Shakers: For larger rigs, four TT25 pucks (one per corner) give more uniform coverage than a single large unit.
• Warranty Awareness: Drilling into the frame will void the Typhoon Bathurst V2 warranty; adhesive mounting preserves it.

Final Thoughts

Adding a bass shaker converts the inexpensive Typhoon Bathurst V2 from a visual‑only gaming chair into a tactile sim‑racing cockpit.

By selecting a robust transducer (Dayton BST‑1 or TT25 pucks), mounting it rigidly to the metal frame or using a high‑strength adhesive for a no‑drill install, then wiring it to a compact USB amplifier and configuring SimHub, you gain real‑time vibration cues for engine revs, gear shifts and road texture.

Proper isolation, tight mounting and careful gain tuning keep the experience immersive while minimizing rattling and preserving the chair’s ergonomics.

The result is a high‑impact, low‑cost immersion upgrade that rivals far pricier setups, proving that a modest budget chair can be turned into a competitive sim‑racing platform with a few well‑chosen components and a bit of DIY effort.

FAQs Transforming the Typhoon Bathurst V2 Racer Chair into a Tactile Sim‑Racing Cockpit

Which bass shaker model works best with the Bathurst V2?

The Dayton Audio BST‑1 (50W RMS, 4Ω) offers a good balance of power and size for the chair. Smaller “puck” shakers such as the Dayton TT25 can be used if space is limited.

Do I have to drill into the chair frame?

Drilling provides the most rigid coupling and strongest feedback but voids the warranty. A no‑drill solution using 3M Dual Lock or high‑strength double‑sided tape preserves the warranty and is quicker to install, though with slightly reduced vibration transfer.

How do I prevent the chair from rattling against the floor?

Place felt or rubber isolation pads under each chair leg. Tighten all fasteners and, if needed, add rubber washers between the shaker and frame to dampen metal‑on‑metal noise.

What amplifier should I pair with the shaker?

The Nobsound NS‑01G PRO (Class D, 50W, Bluetooth 5.0/USB) is a compact, affordable option. Any 50W RMS, 4Ω compatible amp will work, provided it has a suitable audio input for your PC or console.

Can I use this setup on a console (e.g., PS5, Xbox Series X)?

Yes. Connect the console’s 3.5mm line‑out (or optical‑to‑analog converter) to the amp’s audio input. Telemetry‑driven effects will be limited to what the game’s audio provides; full SimHub‑style mapping is PC‑only.

How is the vibration signal generated?

SimHub reads game telemetry (RPM, gear, ABS, road surface, collisions) and maps each parameter to a frequency band or amplitude envelope, then outputs the processed signal to the USB/line‑out of the amplifier.

Do I need a separate power supply for the amplifier?

The NS‑01G PRO can be powered via a USB‑C wall adapter (5V 2A) or a USB port on a PC. For higher output or longer sessions, a dedicated 12V DC wall adapter is recommended.

Is it safe to run the shaker at full 50 W RMS continuously?**

Keep the amp’s gain below clipping to avoid overheating the shaker’s motor. Continuous full‑power operation is unnecessary; most racing cues peak at 20‑30W RMS.

Can I install multiple shakers for better coverage?

Yes. Adding a shaker to each corner of the seat or one in the lumbar area provides more uniform feedback, especially for larger rigs.

Will installing a shaker affect the chair’s adjustability?

No, as long as the shaker is mounted to the fixed metal brackets. Height and tilt adjustments remain functional.

What cable gauge should I use for wiring?

16‑AWG speaker wire is sufficient for the low‑impedance (4Ω) load and typical 2 metre runs.

How do I fine‑tune the feedback after installation?

In SimHub, adjust gain, low‑pass filter cutoff and envelope attack/release for each telemetry channel. Test with low volume, increase gradually and listen for unwanted rattles.

Will drilling the frame void my warranty?

Yes. Any permanent modification, such as drilling, voids the Typhoon Bathurst V2 warranty. Use adhesive mounting if you wish to keep the warranty intact.

Is any special software required beyond SimHub?

No. SimHub handles telemetry extraction, signal processing and audio output. For consoles, only the amp’s audio input is needed; no additional software is required.