Gaming Stand for Steering Wheel, Pedals and Shifter - Compatible with Logitech and Thrustmaster, Ideal for Realistic Sim Racing Experiences
Description
Turn any setup into a real driving simulator with the DenisNetwork™ stand, designed for maximum stability, full adjustability and universal compatibility.
Constructed of rigid steel and optimized for sim racing, this stand eliminates vibrations and provides total in-game control.
🎮 Gaming Stand for Steering Wheel, Pedals and Shifter – DenisNetwork™ Professional Stability
Turn any gaming setup into a real driving simulator with the DenisNetwork™ stand, built for maximum stability, full adjustability, and universal compatibility.
Made from high-quality rigid steel, this stand completely eliminates unwanted vibrations and movements, providing an authentic sim racing experience.

⭐ Key Benefits
✔ Compatible with Logitech, Thrustmaster, Fanatec
✔ Full adjustment: height, steering wheel angle and pedals
✔ Shifter mount included (left / right)
✔ Quick folding in under 10 seconds
✔ Solid steel construction – vibration-free
🧱 Steel construction – real stability
✔ Robust metal frame
✔ Does not move during play
✔ Ideal for aggressive braking
👉 Most cheap stands are unstable — this one is NOT
⚙️ Full adjustments for the perfect position
✔ Îadjustable height: 56 – 78 cm
✔ Steering wheel angle adjustment
✔ Pedal distance and angle adjustment
✔ Adjustable shifter support
📦 Foldable design – perfect for home
✔ Folds in less than 10 seconds
✔ Easy to store
✔ Ideal for small spaces
🎮 Wide compatibility
✔ Logitech G29 / G923
✔ Thrustmaster
✔ Fanatec
✔ Most racing systems
📐 Technical specifications

✔ Material: steel
✔ Color: black
✔ Base size: 57 × 49 cm
✔ &Incirc;adjustable height: 56 – 78 cm
✔ Weight: 14 kg
📦 Package Contents
✔ Gaming stand
✔ Switch holder
✔ Mounting screws
✔ Velcro cable management
✔ Installation guide
⚠️ IMPORTANT
❗ Does not include steering wheel, pedals or shifter
❌ Why is it NOT like the cheap ones
❌ Unstable
❌ No real adjustment
❌ Weak material
✔ DenisNetwork = stability + control + real experience
