Matte Gold reduces glare across the multi-star center, allowing the spoke architecture to remain crisp across a full 22-inch face. Radial brushing preserves a visible machining grain through the barrel, while stronger polishing is concentrated at the outer flange. Three levels of reflection create depth without relying on three colors. Functional two-piece hardware, forged 6061-T6 construction, CB66.6 hub-centric machining and an 800 kg per-wheel rating give the restrained finish a clear engineering basis.
| Item | Specification |
| Model No. | RC118-17XXT (22105) |
| Size | 22x10.5 |
| PCD | 5x112 |
| Offset (ET) | ET28 |
| Center Bore | 66.6 mm |
| Weight | 15.7 kg |
| Load Rating | 800 kg per wheel |
| Finish | Matte gold center + brushed polished aluminum outer lip |
| Construction | 2-Piece Forged (bolted face + barrel) |
Surface treatment follows the physical architecture.
Forged 6061-T6 forms the star-spoke center, which is joined to a separately forged barrel with functional stainless hardware. Controlled torque and pressure testing complete the joint before finish inspection.
Matte Gold belongs to the center. Fine radial grain remains visible across the barrel body. Hand polishing brings only the outer flange to the brightest reflection.
Each area therefore has its own material character without requiring an additional accent color.
Complex star geometry already creates enough visual information.
High-gloss gold would add reflections across every overlapping section and make the center harder to read.
Matte powder coating lowers that glare, keeping spoke paths distinct while retaining a deep metallic tone appropriate to the larger wheel.
Radial grain is left visible across the aluminum barrel.
That texture makes the material feel machined rather than simply painted silver and introduces directional highlights as viewing angle changes.
Polishing only the flange creates a clear endpoint to the brushed surface and gives the perimeter a more precise highlight.
Center, barrel and edge do not compete at the same brightness.
Matte Gold forms the calmest surface. Brushed aluminum introduces directional movement. Polished metal provides the highest reflection only at the rim.
That progression gives the wheel a more controlled luxury character than a conventional gold-and-chrome contrast.
CB66.6 defines hub location, but fastener-seat geometry must match the actual vehicle and wheel bolt before production.
PCD and center bore do not describe the complete contact interface.
Confirming that detail before machining is more technically sound than assuming a seat profile from the vehicle model alone.
Matte Gold gives the center warmth without making it visually loud. Brushed aluminum creates machining texture deeper in the wheel. Polished metal appears only where a stronger perimeter highlight is useful.
Functional two-piece hardware remains visible without becoming the focal point.
Combined with an 800 kg rating, the finished wheel feels suited to the A8L because detail is present everywhere, yet very little of it needs to shout.

XINGTU forges to your exact fitment—custom color, finish, and hardware options all available.
Center bore is machined around the confirmed D4 hub interface.
Fastener-seat geometry cannot be determined safely from PCD or CB alone.
Actual wheel bolt and vehicle configuration need confirmation.
Star-spoke geometry can remain while outer-section proportions are developed for another specification.
Center powder coat, barrel brushing and flange polish can each be adjusted without redesigning the complete wheel.
Published capacity supplies a clear structural reference alongside diameter and finish.
PCD, offset, CB66.6 and lug-seat profile need to correspond before production begins.
Reduced glare keeps the complex spoke structure clearer and gives the center a more controlled metallic appearance.
No. Fine radial brushing remains through the barrel body, while the outer flange receives stronger polishing.
Different reflection levels create depth while keeping the material character of the aluminum visible.
Yes. Forged center and barrel are separate structural components.
Functional hardware is torqued and the assembly is pressure-tested.
800 kg per wheel.
66.6 mm.
Seat geometry determines the fastener contact surface and cannot be established from bolt pattern alone.
Star-spoke geometry can be adapted once the intended vehicle fitment is confirmed.
Yes. Separate finish areas allow center and barrel treatments to be developed independently.