Virpil Controls
VIRPIL Controls Dual-SF Collective Grip, RGB (Two-Handed) – Black
The VIRPIL Controls Dual-SF Collective Grip brings the unmistakable feel of a real military helicopter collective into your home cockpit. Featuring a two-handed control layout, advanced input options, and customisable RGB lighting, this grip provides unmatched immersion and control for serious rotor simulation enthusiasts.
Why choose this product?
- Authentic dual-handle layout inspired by military attack helicopters
- 19 high-quality input controls , including triggers, hats, push-buttons, and toggles
- 8-zone RGB backlighting , fully customisable via software
Product details
Compatibility
The VIRPIL Controls Dual-SF Collective Grip brings the unmistakable feel of a real military helicopter collective into your home cockpit. Featuring a two-handed control layout, advanced input options, and customisable RGB lighting, this grip provides unmatched immersion and control for serious rotor simulation enthusiasts.
Specifications
Frequently asked questions
What is the VIRPIL Controls Dual-SF Collective Grip, RGB (Two-Handed) – Black?
The VIRPIL Controls Dual-SF Collective Grip brings the unmistakable feel of a real military helicopter collective into your home cockpit.
What is the VIRPIL Controls Dual-SF Collective Grip, RGB (Two-Handed) – Black compatible with?
The VIRPIL Controls Dual-SF Collective Grip brings the unmistakable feel of a real military helicopter collective into your home cockpit. Featuring a two-handed control layout, advanced input options, and customisable RGB lighting, this grip provides unmatched immersion and control for serious rotor simulation enthusiasts.
What are the main features?
Authentic dual-handle layout inspired by military attack helicopters 19 high-quality input controls , including triggers, hats, push-buttons, and toggles
Please note: we make every effort to display products as accurately as possible. Colours, materials and finishes may vary slightly in real life due to studio lighting, screen settings, ambient light and product characteristics.