Description
The MOZA Multi-function Stalks are designed to elevate your driving simulation experience with authentic car-grade components, delivering a true-to-life feel. With 28 programmable switches, including wiper, headlight, and cruise control functions, these stalks cover all your driving needs. The auto-cancelling turn signals mimic real car behavior, adding to the immersion. Compatible with all MOZA bases and select third-party bases, the stalks are easy to install with a clean, sleek appearance thanks to the hidden screw design. Whether mounted in a standard or inverted setup, they provide ergonomic comfort and seamless integration into your racing setup.
SPECS
Platform: PC
Wiper Lever: Yes
Headlight Lever: Yes
Cruise Control Lever: Yes
Number of Programmable Switches: 28
Mounting Bracket Material: High-strength Steel
Extension Rod Material: Aluminum Alloy
Auto-cancelling Turn Signals: Yes
Compatible Bases: All MOZA bases; and third-party bases with optional brackets
Weight: 700g
Dimensions: 411 × 127 × 152 mm
- MOZA Multi-function Stalks ×1
- Toolkit ×1
FAQs
The MOZA Multi-function Stalks are compatible with all MOZA wheelbases from R3 to R21, provided the base has front mounting holes. They can also be connected directly to a PC via USB. With the appropriate optional brackets, they support installation on many third-party wheelbases. Note that older R16 and R21 bases without front mounting slots are not compatible.
The stalks feature up to 28 programmable switches including wiper, headlight controls, and unique cruise control functions. The turn signals automatically cancel after a turn, replicating real car behavior for enhanced immersion.
Yes. The stalks come with brackets, extension rods, and mounting hardware to facilitate both standard and inverted mounting. The design supports ergonomic adjustments to suit different racing rigs.
Yes. The stalks can be connected directly to a PC via the included USB Type-C cable for use without a wheelbase.
Yes. All components are designed for durability and consistent performance under extended use. The hidden screw design under magnetic plates not only maintains a clean look but also protects internal mechanisms from dust and damage.
