When a technician begins to generate unintended high spots, it is almost always a result of mismanaged energy input into a restricted system. Let’s break that down. ⚙️ The Problem: You are introducing energy (tool pressure) into a panel that is not free to respond. Why? Because of: - Crown compression zones - Residual tension rings - Locked structural features - Improper load distribution 🔬 What Happens Mechanically: When energy is introduced into a restricted system: - The panel cannot displace downward or laterally - Energy redirects vertically - Result = localized high spot formation 📉 This is NOT a pushing problem. This is a system preparation problem. 🧭 Correct Approach (Energy Flow Model): 1. Diagnose BEFORE input - Identify restriction zones - Map tension/compression relationships 2. Restore movement pathways - Knockdown crowns (compression relief) - Blend to distribute energy - Introduce lateral tension when needed 3. Reintroduce controlled energy - Small amplitude pushes - Consistent rhythm (Flex & Rhythm principle) - Pattern-based movement ⚔️ Key Principle: You are not applying force to move metal.You are introducing energy into a system that must be capable of receiving it. 🧠 Final Thought: High spots are not mistakes. They are diagnostic signals that: - The system is locked - The sequence is wrong - Or the technician is forcing outcome instead of managing process Now WORK HARD and GO BE GREAT! 🇺🇸🫡🤜🤛😎🤙