Xcessive Manufacturing’s steel angle steering arms for the MX83 Cressida are engineered for increased steering angle and improved drift performance without compromising strength. Built from plate steel with precision CNC-machined tapers, these arms are designed to withstand aggressive use without bending or loosening over time. CNC-Machined Tapered Mounting Points: Retains proper OEM-style tapers for both the lower ball joint and tie rod end to ensure long-term durability and secure fitment. Unlike straight-through drilled designs, tapered seats maintain clamping force and resist loosening even under heavy abuse. Heavy-Duty Steel Construction: Fabricated from high-strength plate steel for maximum rigidity and resistance to bending during aggressive drifting and high-angle applications. Improved Steering Angle: Increases steering angle capability, making them ideal for drift-focused builds while maintaining structural integrity. OEM Geometry Considerations: Designed with proper taper geometry because OEM-style tapers provide superior longevity—there’s a reason factory components last 200,000+ miles without loosening. Available Versions: Standard Quick Ratio Arms: Retain near-stock Ackerman geometry while increasing angle. Ideal for daily-driven cars that want improved steering angle without sacrificing street manners. Zero Ackerman Arms: Provide greater total steering angle for dedicated drift cars but sacrifice street drivability and stability. Not recommended for regular street use. Supporting Modifications Required: Extended inner tie rods or longer outer tie rods typically required Tie rod extensions and heim outer tie rods available for various setups Vehicle Fitment: Toyota Cressida MX83 (1989–1992) Important Notes: Designed for performance and drift applications Additional tie rod modifications will likely be necessary Professional alignment required after installation Zero Ackerman version not recommended for street-driven vehicles Upgrade your MX83 Cressida with Xcessive Manufacturing angle steering arms for stronger construction, increased angle, and proper tapered geometry that delivers both durability and performance.
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