Polished multi-spoke machining gives the forged monoblock a clean metallic center, while functional beadlock hardware turns the outer rim into more than a styling feature. Ring and fasteners belong to the tire-retention architecture, creating a genuine mechanical perimeter around the forged wheel body. Unlike a cosmetic beadlock-style ring, this design needs to be evaluated as a complete wheel, ring, fastener and tire interface. Final size, offset and mounting data should only be published once the correct Mustang production specification is restored.
| Item | Specification |
| Model No. | RC1300-1XXT (2414) |
| Size | 24x14 |
| PCD | 6x139.7 |
| Offset (ET) | ET-76 (deep negative) |
| Center Bore | 78.1 mm |
| Weight | 19 kg |
| Load Rating | 1100 kg per wheel |
| Finish | CNC polished face + gloss blue painted outer barrel (two-process) |
| Construction | Forged Monoblock |
Functional beadlock construction changes the meaning of every visible component around the rim.
Perimeter hardware is no longer present simply to create an off-road or motorsport visual reference. Ring position and fasteners belong to the tire-retention system and therefore need to be treated as operating wheel components.
Forged monoblock construction supplies the primary wheel body beneath that assembly.
Specific dimensions and load figures cannot be added until the correct Mustang data is recovered.
Bright polished aluminum allows machining to remain visible across the multi-spoke face.
Each spoke develops its own reflection rather than depending on paint contrast, giving the center a cleaner metallic character.
Functional beadlock hardware then produces a much more mechanical perimeter around that refined face.
Cosmetic rings borrow the appearance of a beadlock system.
Functional hardware has a different role.
Ring, fasteners and tire-bead interface participate in the operating assembly, which makes installation procedure and hardware control part of the product rather than optional styling details.
No second paint color is necessary to separate center and rim.
Polished spokes create the visual center. Beadlock hardware forms the outer mechanical boundary.
Construction itself supplies the contrast.
Polished forging gives the center a precise metallic appearance, while functional beadlock hardware makes the perimeter visibly mechanical.
Both elements communicate different parts of the product: machining quality through the face, operating hardware through the rim.
Once the correct Mustang engineering data is restored, verified dimensions and ratings can support that product logic instead of replacing it with generic performance claims.

XINGTU forges to your exact submitted fitment—including ultra-wide diameters, deep-negative offsets, custom two-process finishes, and any hub configuration.
Functional beadlock design interacts directly with the tire bead.
Wheel and tire compatibility therefore needs to be considered as one system.
Forged monoblock construction forms the main wheel body.
Functional beadlock hardware operates at the rim interface and should not be confused with the structural role of the forged center and barrel.
Fasteners are operating components rather than decorative bolts.
Correct hardware specification and installation are part of the finished wheel system.
No mounting figures should be published until the corrupted source information is corrected.
Visual similarity or chassis family is not enough to justify copying a load figure.
Correct production data should supply the final rating.
Polished surface inspection concerns machining and finish quality.
Beadlock inspection concerns ring interface and functional hardware.
Those should remain distinct in the finished QC section.
No. Available product identification specifies a functional beadlock.
Functional hardware participates in tire retention; cosmetic trim only reproduces the appearance.
Yes. Forged monoblock construction is confirmed in the available product information.
Polished multi-spoke machining is confirmed.
Reliable Mustang size data is not present in the supplied source and should not be guessed.
Correct ET data needs to be restored before publication.
Reliable Mustang mounting figures are currently missing from the supplied content.
No trustworthy Mustang load rating is available in the current source.
No. They belong to another product and vehicle.
Wheel size, offset, PCD, center bore, lug-seat geometry, beadlock assembly specification, load rating and product-specific QC information should all be confirmed first.