Description
SuperX-Maxx Titanium Lower Pins
Upgrade your suspension with SuperX-Maxx Titanium Lower Pins and eliminate the weight, wear, and durability limitations of the factory mild-steel components.
This complete kit replaces all four lower suspension pins and includes capture screws designed to help prevent suspension components from separating during hard impacts.
With approximately half the weight of the stock steel pins and significantly greater strength, these titanium upgrades improve both durability and performance while providing exceptionally smooth suspension movement.
Features
- Complete set of 4 lower suspension pins
- Includes capture screws
- Precision machined from premium-grade titanium
- Approximately half the weight of stock steel pins
- Up to three times the strength of stock components
- Precision ground to a mirror finish for smooth suspension operation
- Titanium Nitride (TiN) coating for reduced friction and increased durability
- Excellent corrosion resistance
- Distinctive gold TiN finish
Engineered for Performance
Each pin is manufactured from premium-grade titanium and precision ground to a mirror finish, resulting in exceptionally smooth operation and reduced friction throughout the suspension’s range of motion.
The Titanium Nitride coating further enhances lubricity, wear resistance, and corrosion protection while providing the signature appearance expected from premium performance components.
Captured Pin Design
The ends of the pins that are most likely to separate from the suspension arms have been threaded to accept the included capture screws. This additional retention feature helps prevent suspension components from being knocked off during severe impacts.
Prefer the original configuration? No problem. The pins can also be installed and used in the traditional manner without the capture screws.
Built for Serious RC Enthusiasts
Whether you’re racing, bashing, or building the ultimate SuperX-Maxx, these titanium lower pins provide a significant upgrade in strength, weight reduction, reliability, and suspension performance.
