FURITEK FLEX LCG ALUMINUM SKID PLATE for SCX24 TRI-UNITY

FURITEK FLEX LCG ALUMINUM SKID PLATE for SCX24 TRI-UNITY The Furitek FLEX LCG Aluminum Skid Plate is purpose-built for the Furitek TRI-UNITY Micro and TRI-UNITY Mini systems, delivering a perfect fit while maximizing chassis performance. Designed with a low center of gravity (LCG) profile, the FLEX Skid Plate helps lower drivetrain weight within the chassis, improving stability, side-hill capability, climbing performance, and overall vehicle control. What truly sets the FLEX apart is its innovative dual-orientation mounting design. Unlike traditional skid plates that require complete removal and reinstallation to reverse drivetrain direction, the FLEX allows users to mount their TRI-UNITY system in either forward or reverse motor orientation without removing or rotating the skid plate. This makes drivetrain setup changes faster, easier, and more convenient when fine-tuning vehicle balance and weight distribution. Precision-machined from high-quality aluminum, the FLEX LCG Skid Plate provides exceptional strength, durability, and a clean factory-style fit for SCX24-based builds using Furitek TRI-UNITY Micro and TRI-UNITY Mini systems. Features: ⚡ Purpose-Built for TRI-UNITY Precision-engineered for Furitek TRI-UNITY Micro and TRI-UNITY Mini systems with a perfect drop-in fit. ⬇️ Ultra-Low Center of Gravity Positions the drivetrain lower in the chassis to improve stability, climbing performance, and side-hill capability. 🔄 Reversible Drivetrain Layout Supports both forward and rearward motor orientations to suit different chassis setups and weight distribution preferences. 🛠️ No Skid Rotation Required Change drivetrain orientation without removing or rotating the skid plate, making setup changes quick and effortless. 🏔️ Optimized for Performance Crawling Designed to maximize clearance, balance, and overall crawling capability on SCX24 platforms. ⚙️ CNC-Machined Aluminum Construction Lightweight, durable, and built to withstand demanding trail and competition use.