Support bracket Res-Tech X1 DD for Moza R-5 / R-9, aluminium and iron, package 300×300×220 mm

Res-Tech X1 DD support bracket is designed to mount and reinforce Moza R-5 and R-9 wheel bases in simulation cockpits. Made from a combination of aluminium and iron, the bracket delivers a rigid interface between the wheel base and the cockpit frame. The package includes the main bracket assembly, front plate, mounting bolts and hardware, and is supplied in a package sized 300×300×220 mm.

Advantages

The bracket's aluminium construction with 6 mm plate thickness provides a balance of light weight and structural strength while the iron elements add extra reinforcement at high-stress points. Supplied bolts and plates allow for straightforward integration with compatible Moza wheel bases. The design focuses on stable, repeatable mounting geometry to minimise play and improve force feedback transmission.

Suitable for

• Mounting Moza R-5 and R-9 wheel bases to simulation cockpits
• Reinforcing wheel base attachment points to reduce flex
• Integrating additional accessories or adapter plates with Moza wheel bases

Key specifications

• Material: aluminium (6 mm thickness) and iron reinforcement
• Included components: bracket assembly, front plate, bolts and mounting hardware
• Compatibility: designed for Moza R-5 and Moza R-9 wheel bases
• Package dimensions: 300 × 300 × 220 mm
• Primary function: structural support and secure mounting for wheel bases

How to use

Position the Res-Tech X1 DD bracket on the chosen cockpit mounting surface and align the front plate to the Moza wheel base mounting holes. Use the supplied bolts to fasten the bracket to the cockpit frame and then secure the wheel base to the front plate following the wheel base manufacturer's mounting pattern. Tighten all fasteners incrementally and verify alignment and clearance for cables and connectors before full operation.

Recommendations

Ensure all mounting surfaces are clean and flat, and use the correct torque settings for the bolts to avoid over-tightening. Periodically check fasteners for tightness after initial use to maintain optimal force feedback performance and structural stability.