TESLA LINE CHARTTesla, Inc.BATS:TSLAShavyfxhubTSLA Weekly Chart Analysis + Business Model + Catalysts 1. Chart Analysis & Directional Bias Current Structure (Weekly Chart): Tesla is still inside a long-term ascending channel. After a strong multi-month rally, price is currently in a healthy pullback. The structure remains bullish on the higher timeframe as long as the major demand floors hold. Key Demand Floors to Watch: Primary Demand Floor: $300 – $313 (current zone) Stronger Demand Floor: $270 – $280 Major Structural Support: $200 – $210 (long-term trendline area) Directional Bias: Bullish on the medium-to-long term. The current move is a corrective pullback within a larger uptrend. A successful defense of the $300–$313 zone would likely trigger the next leg higher. 2. What is Causing the Current Pullback? Profit-taking after the strong multi-month rally Broader tech/Nasdaq profit-taking Temporary cooling of AI hype Some concerns about near-term vehicle delivery numbers and competition in the EV space Macro factors (stronger USD, interest rate expectations) This is a normal technical correction, not a structural breakdown (yet). 3. Tesla’s Core Business Model Tesla operates as a technology + energy company, not just a carmaker: Electric Vehicles (main revenue) Energy Generation & Storage (Solar + Powerwall + Megapack) Autonomy & AI (Full Self-Driving / Robotaxi) Robotics (Optimus humanoid robot) AI Infrastructure & Computing 4. Key Bullish Catalysts for Potential Reversal AI & Computing: Tesla is heavily investing in AI training infrastructure. They have a strategic relationship with NVIDIA (using NVIDIA GPUs for AI training, especially Dojo and FSD development). Tesla is also building its own custom AI chips (Dojo supercomputer) to reduce long-term dependence on external suppliers. Terafactory / Manufacturing Scale: Tesla continues expanding manufacturing capacity (including new factories and the “Terafactory” concept for high-volume production). Scale advantages in battery production and vehicle manufacturing remain a major competitive edge. Renewable Energy: Energy storage (Megapack) is becoming a high-growth, high-margin business. Utility-scale battery deployments are accelerating globally. Other Strong Catalysts: Full Self-Driving (FSD) progress and potential Robotaxi network Optimus robot development (long-term AI/robotics play) Regulatory credits and energy business growth Intel Relationship on the Terafab Project (2026 Update) 1. What is the Relationship? Tesla and Intel have formed a strategic partnership on the Terafab (also called TeraFab) project in Austin, Texas. Intel is an official partner in the project alongside Tesla, SpaceX, and xAI. Tesla has committed to using Intel’s 14A process node for manufacturing advanced AI chips at Terafab. This makes Tesla Intel’s first major external customer for the 14A technology. Elon Musk has publicly praised the relationship, saying they have “a great relationship with Intel” and respect for Intel’s leadership team. In short: Tesla is the key customer and co-developer, while Intel is providing the advanced manufacturing process and fabrication expertise. 2. How Much Has It Expanded? The project is valued at around $20–25 billion. It is planned as a large-scale semiconductor complex next to Tesla’s Gigafactory Texas / headquarters area in Austin. Near-term: Tesla is building a smaller R&D facility (around $3 billion) capable of a few thousand wafers per month. Long-term: High-volume manufacturing, with SpaceX also involved in part of the capacity. Goal: Produce up to 1 terawatt (TW) of compute per year. 3. Potential of the Project This is one of Tesla’s most ambitious long-term bets. Success would give Tesla a Massive in-house AI chip capacity Reduced dependence on external foundries (TSMC, Samsung, NVIDIA) Ability to scale Full Self-Driving, Optimus robots, and AI data centers much faster Strategic control over a critical bottleneck (advanced AI silicon) 4. Technical Expertise Intel Is Bringing Intel contributes: Leading-edge 14A process technology (next-generation node still being finalized) Deep expertise in high-volume fabrication Advanced packaging technology (critical for high-performance AI chips) Design-for-manufacturing know-how Ability to produce ultra-high-performance chips at scale Tesla designs the chips (Dojo, AI5, AI6, etc.); Intel helps manufacture and package them at the leading edge. 5. Long-Term Aim for Tesla and Its Businesses The strategic goals are: Secure enough AI compute for Full Self-Driving and future unsupervised autonomy Power the Optimus humanoid robot at scale Support Tesla’s growing AI data-center and training needs Enable future products (Robotaxi network, energy AI systems, etc.) Achieve greater vertical integration and supply-chain security In essence, Terafab is meant to remove the biggest long-term constraint on Tesla’s AI and robotics ambitions: access to cutting-edge chips in sufficient volume. 6. How This Supports a Bullish Trajectory for Tesla Stock Demonstrates Tesla is investing heavily in its highest-growth future businesses (AI, robotics, autonomy) Reduces long-term supply risk and cost of AI silicon Positions Tesla as a serious AI infrastructure player, not just an EV company Successful execution would significantly raise Tesla’s valuation multiple over time Reinforces the narrative that Tesla is building a multi-trillion-dollar AI + robotics platform #tesla