ARRMA Pivot Ball M6x14x37mm (2) EXB ⌚

This ARRMA pivot ball with fine thread M6x14x37mm (2) set is designed to provide precise linkage and reliable maneuvering in RC car builds. It suits enthusiasts looking to upgrade steering accuracy and durability in demanding off road or track conditions.

In practice, this EXB version helps ensure smooth suspension geometry while reducing play over time. The small thread and compact length are tailored for consistent fit and controlled steering response, making it a sensible choice for builders aiming to maintain dependable handling.

Key Points

Designed for RC applications that require a precise pivot joint, this pair of pivot balls offers refined threading and robust hardware. The fine M6 thread helps secure connections without loosening during intense driving, and the 14x37 mm dimension keeps compatibility with a range of linkages. For hobbyists assembling or upgrading ARRMA models, the set provides straightforward installation with predictable alignment. This is a practical option when you want to preserve steering accuracy during jumps and rough terrain while keeping maintenance manageable. 🚗

The product is associated with ARRMA and comes in an EXB configuration that emphasizes strong performance and reliability. The compact hardware is meant to withstand the vibrations of high‑speed driving, so you can focus on tuning rather than frequent part replacement. If you value consistent mating surfaces and reduced slop in steering linkages, these pivot balls can be a solid fit for compatible ARRMA platforms. 🔧

Technical Specifications

• Name: ARRMA Pivot Ball, Fine Thread M6x14x37mm (2): EXB
• Brand: ARRMA
• Thread type: Fine thread
• Thread size: M6
• Length: 37 mm
• Quantity: 2 pieces
• Material: specific details not provided by the source data

Usage Recommendations

For best results, verify compatibility with your ARRMA chassis and linkage kit before installing. Use appropriate tools to ensure the balls seat evenly and the threads engage cleanly to avoid cross‑threading. After installation, check for smooth movement within the linkage range and test under controlled conditions before returning to full speed. If you’re upgrading an older setup, consider inspecting nearby joints for wear and replacing adjacent components if needed to maintain precise steering. 🛠️