Explore our high-load forged and cast platforms precision-milled for extreme durability, track readiness, and high-performance overlanding fitments.
In high-torque track systems, technical overlanding platforms, and severe-duty commercial setups, the 17-inch forged wheel configuration offers the ultimate mathematical compromise between unsprung rotating mass, structural tensile resilience, and pneumatic tire sidewall compliance.
Forging under 10,000-ton hydraulic forging presses yields an unbroken, directional metallurgical grain structure. A 17-inch forged monoblock disc reduces rotational inertia by up to 28% compared to standard gravity-cast alternatives, enabling instant suspension recovery, sharp steering response, and immediate power transfer to the pavement or trail.
For 4x4 overlanding and off-road competition, 17-inch rims allow for expansive tire sidewalls (33" to 37" outer diameters). This allows low psi airing-down for maximum contact patch traction without risking barrel rupture, bead slippage, or structural rim deformation under high-G rock crawling and desert whoops.
Unlike low-pressure or gravity cast wheels that retain microscopic porosity, our forged blanks are solution-heat-treated and artificially aged to T6 temper. This achieves ultimate tensile strengths exceeding 310 MPa and yield strengths over 275 MPa, easily resisting severe 13° and 30° radial impacts.
| Evaluation Parameter | 17" Monoblock Forged Rim | 17" Flow-Formed (Rotary) Rim | 17" Low-Pressure Cast Rim |
|---|---|---|---|
| Billet Material Grade | Aerospace Aluminum 6061-T6 | A356.2 Virgin Primary Ingot | Standard A356.2 Aluminum |
| Yield Strength (Rp 0.2) | ≥ 275 - 310 MPa | ≥ 190 - 220 MPa | ≥ 140 - 170 MPa |
| Elongation at Break (δ5) | 10% - 14% (High Ductility) | 6% - 9% | 3.5% - 5.5% |
| Average Weight (17x8.5) | 7.2 kg – 8.1 kg | 8.8 kg – 9.6 kg | 10.2 kg – 11.8 kg |
| Dynamic Cornering Fatigue | Passed > 300,000 cycles (2.0x JWL) | Passed > 150,000 cycles | Standard baseline (100,000 cycles) |
| Recommended Vertical | High-Load 4x4, Rally, Track, Dakar | Tuning Aftermarket, Daily SUVs | High-Volume Distribution, Stock Replacements |
Shanghai Rimax Industry Co., Ltd. (operating its JWL-verified Kipardo manufacturing facilities) combines automated precision tooling, deep raw-material supply chains, and stringent QA protocols to offer global distributors unbeatable economics and engineering reliability.
We deploy closed-die multi-directional forging systems that compress cylindrical billets into refined net-shapes, realigning grain boundaries along spoke profiles for maximum shatter-resistance.
Milling machines operate in temperature-controlled cells with micron tolerances (±0.015mm), creating intricate window undercuts, bead-knurling, and aggressive concave deep-lip offsets.
Multi-stage automated surface treatment cells incorporate deoxidizing rinses, zirconium passivation, dry powder primers, and 2,000-hour CASS salt-spray certified anti-corrosion clearcoats.
From FEA (Finite Element Analysis) simulation and custom CAD sign-off to functional 1-piece sample delivery in 14 days, followed by continuous FCL container production runs.
17-inch forged wheels provide high structural versatility across distinct market segments worldwide, delivering vehicle-specific PCD, center bore, and offset tolerances.
Designed for LandCruiser 70/300, Hilux, Ford Ranger, and Jeep Wrangler JL. Our 17x8.5 and 17x9 wheels feature heavy load ratings up to 1,250 kg per corner, recessed valve stems, knurled bead-seats to prevent tire slip at 12 psi, and authentic beadlock or simulated beadlock architecture.
Forged 17-inch configurations for WRX STI, GR Yaris, and Nissan S-Chassis platforms. Designed with caliper clearance geometry that hugs competition big-brake kits (AP Racing, Brembo 4/6 pot) while providing high ventilation to dissipate intense thermal energy under aggressive track braking.
Custom 17-inch monoblock solutions engineered for run-flat systems on B6/B7 armored Toyota Land Cruisers, Mercedes G-Wagon utility fleets, and defense utility trucks requiring certified static loads above 1,600 kg per wheel and guaranteed dynamic resistance to ballistic vibration.
Shanghai Rimax Industry Co., Ltd. eliminates supply friction for automotive brand owners, multi-location tire dealers, and international wholesalers via comprehensive supply chain management.
We provide full white-label and private-label customization starting from just 4 pieces for custom forged sets or mixed container configurations. Our services include laser-engraved branding, bespoke CNC billet aluminum center caps, customized barcodes, and certified drop-test export packaging.
Every wheel profile is validated via in-house FEA before physical testing. Each production lot undergoes cornering fatigue, radial fatigue, 13-degree impact, optical coordinate measurement, helium mass spectrometry leak testing, and CASS salt-spray validation, backed by formal QA certification.
Situated in Kunshan with immediate access to Shanghai port hubs, we provide streamlined container dispatching, ocean/air forwarding, palletization with protective PE edge guards, and customs-cleared documentation (Form E, CO, SASO, and DOT certification support).
Review our extended series of deep concave, multi-piece modular, and commercial off-road 17-inch to 24-inch Kipardo designs available for immediate ordering.
As vehicle powertrains evolve with EV battery weights and advanced off-road demands, wheel manufacturing is shifting toward lighter structures and more sustainable production methods.
Heavy battery architecture requires higher wheel load ratings (1,100 kg+ per wheel) without increasing weight. Our 17-inch forged engineering focuses on finite stress dispersal, maintaining lightweight performance while meeting higher EV axle requirements.
By pairing AI topological optimization with finite element analysis, we strip away redundant non-structural mass in spoke pockets and center bowls. The result is an ultra-lightweight wheel that maintains certified JWL cornering and radial fatigue resistance.
In response to European and North American carbon border requirements, Rimax utilizes clean-energy hydro-powered aluminum smelting for 6061-T6 forgings, cutting embodied CO2 emissions by up to 60% compared to coal-fired smelting.
Clear answers regarding technical specifications, minimum order quantities, compliance protocols, and factory auditing procedures.