Is This the Best Axial Gladiator Build Yet?

Is this the best Axial Gladiator build? I am adding weight down low and upgrading components to improve performance on rocks. After testing this rig stock, it became clear that some strategic modifications would help its stability. This guide walks through my workshop process for installing new beadlock wheels, brass knuckles, and a high-performance servo. Whether you are looking to improve your own crawler or just enjoy the technical assembly process, this breakdown shows how these specific parts change the handling. Properly setting up your RC crawler significantly impacts how it performs on rocky terrain. I take the finished build outside for real-world testing to demonstrate how the added weight and upgraded steering affect the suspension. You will see exactly how the rig navigates challenging obstacles compared to its stock setup, providing a clear look at why these mechanical adjustments matter for your next session. Subscribe for weekly RC car build guides and workshop tips, and let me know in the comments what kind of terrain you want to see me test next. Gold Anodized 1.9" Shield" Aluminum Beadlock Wheels (2) - Reefs RC https://amzn.to/4xds3ys Heavy Brass Knuckles for SCX10 III Straight Axle https://amzn.to/4xJGPOt REEFS RC RAW 500 Servo Programable SEHREEFS54 Servos https://amzn.to/4zZvICR 4Pcs RC Metal 12mm Hex Wheel Hub Adapters for 1/10 RC Crawler(18mm) https://amzn.to/4xN4Lkn 0:00 Upgrading the Jeep Gladiator 2:18 Tire and Wheel Assembly Process 6:37 Weight Distribution and Brass Components 11:22 Troubleshooting Wheel Offset Issues 21:25 Replacing the Steering Servo 34:34 Finalizing the Build and Weight Analysis 41:43 Final Thoughts and Future Upgrades