What it does

Tesla, Inc. was founded in 2003 and is headquartered in Austin. It designs, develops, manufactures, sells and leases fully electric vehicles, energy-generation systems and energy-storage systems. It operates two segments: automotive, and energy generation and storage.

Its consumer vehicle range comprises Model 3, Model Y, Model S, Model X and Cybertruck; it also began early production and deliveries of Tesla Semi, a commercial electric vehicle. Automotive activities also include used-vehicle sales, repairs outside warranty, collision work, paid Supercharging, insurance, parts, merchandise and sales of regulatory credits. The company generally sells directly to customers and services vehicles through its own locations and mobile technicians.

For homes and small commercial sites, Powerwall stores electricity. For commercial, industrial, utility and energy-generation customers, Megapack is a battery-storage system that can be combined into larger installations. Tesla also sells solar panels and Solar Roof, alongside related software, financing, leases and power-purchase agreements.

The company is developing AI-based products and services including FSD (Supervised), Robotaxi and Optimus. FSD (Supervised) is a driver-assistance system for customer vehicles: the driver remains responsible for the driving operation. Robotaxi is an autonomous ride-hailing platform launched in June 2025, initially using Model Y vehicles; the company plans for Cybercab to join it over time. Optimus is a general-purpose autonomous humanoid robot in development.

How it makes money

Tesla earns most of its revenue from the automotive segment. Automotive sales include deliveries of new vehicles for cash or financing, with related connectivity, FSD (Supervised) access and maintenance, specified Supercharging programs, and over-the-air software updates. It also earns automotive leasing revenue and sells regulatory credits to other regulated entities. Services and other revenue comes from used vehicles, repairs and collision work outside warranty, paid Supercharging, insurance, parts and merchandise.

The energy generation and storage segment earns revenue from sales, leases and financing of storage and solar systems, related services, and energy-generation incentives. Powerwall can be sold or leased directly or through channel partners. Megapack serves commercial, industrial, utility and energy-generation customers. Solar systems are sold directly and through channel partners; some commercial arrangements use PPAs that charge per kilowatt-hour of electricity generated. Tesla also offers financing and leases for vehicles and, in certain markets, insurance.

Software updates allow the company to sell additional paid vehicle options through its app or the in-vehicle interface, including certain subscription-based features. Paid charging, maintenance, insurance, leasing, software subscriptions and PPAs can therefore produce revenue after an initial vehicle or energy-system sale.

In 2025, Tesla recognized total revenue of $94.83 billion and net income attributable to common stockholders of $3.79 billion; in Q2 2026, it was reported on 17 October 2026 that active FSD subscriptions were 1,480,000.

Customers and how it sells

Tesla targets individual vehicle buyers and lessees, including a global mass demographic with a broad range of potential customers. Its direct vehicle-sales channels are its website and a global network of company-owned stores. In some jurisdictions, galleries educate customers but do not transact vehicle sales. Trade-ins and vehicles returned at lease end support its used-vehicle business, with remarketing conducted directly or through third parties.

Vehicle customers can use the Supercharger network for a fee or, under some sales programs, without charge. The company also works with hospitality, retail and public destinations, employers, homeowners and multi-family residential entities on charging options. Third parties can purchase and install Superchargers through Supercharger for Business, while Tesla operates the software, network, maintenance and driver support.

The energy business serves residential, commercial and industrial customers, utilities and energy-generation customers. It reaches them through its website, stores, galleries, channel partners and certain PPAs. Vehicle financing and leasing are offered in certain jurisdictions in North America, Europe and Asia. Manufacturing facilities in China and Germany support local-market vehicle affordability by reducing transportation and manufacturing costs and limiting tariff effects; U.S. facilities are in California, New York, Texas and Nevada.

Suppliers and costs

Tesla sources parts from thousands of suppliers globally and has close relationships with key suppliers of battery cells, electronics and complex vehicle assemblies. It reported on 18 October 2026 that Panasonic is an established Tesla battery supplier, while a specific Optimus battery supply agreement had not been publicly confirmed. Some procured components and systems come from single suppliers; where practical, the company qualifies multiple sources, holds safety stock for key parts and assemblies, and maintains die banks for long-lead-time components.

The company manufactures and assembles vehicles, selected vehicle parts, battery packs and cells, energy-storage systems, and solar products in the U.S., China and Germany. It also purchases many solar-system components from third-party manufacturers. Its in-house lithium refinery in Texas began operations in January 2026.

Major cost inputs include aluminum, steel, lithium, nickel and copper, whose prices can fluctuate with market conditions. Automotive costs also include materials, labor, factory overhead, logistics, tariffs, warranty reserves, software-maintenance and vehicle-connectivity costs. Energy-storage and solar costs similarly include materials, tariffs, labor, overhead, shipping, warranties and servicing. In 2025, tariffs increased costs in both automotive and energy generation and storage.

Competitive position

Tesla operates in highly competitive global vehicle markets. Its vehicles compete both within their traditional body-style segments and against internal-combustion, electric, hybrid and plug-in hybrid vehicles. Cybertruck competes with pickup trucks; Model S and Model X with premium sedans and premium SUVs; and Model 3 and Model Y with small-to-medium sedans and compact SUVs. The company also faces competition in AI, robotics, autonomous ride-hailing, conventional ride-hailing and taxi services.

Energy storage competes with established and emerging providers of similar products, component alternatives and software services. Tesla identifies price, energy density, efficiency, optimization and performance as bases of competition. In energy generation, it competes principally with local utilities and with solar companies, including installers and financing providers. The company identifies no individual competitor company by name in these markets.

Tesla says its direct sales and service model gives it control over inventory costs, warranty service, pricing and customer feedback. It also says its software is developed largely in-house and can be updated over the air, while its Supercharger network and integrated vehicle, storage and solar offerings support customers across the product life cycle.

Our reading: the direct channel, charging network and service footprint are meaningful operating advantages, but they must continue expanding as vehicle volumes and outside access to Superchargers grow. [item1; item7]

Our reading: in-house software, AI training, battery work and manufacturing integration can differentiate products, but competing vehicle, AI and storage markets remain broad and crowded. [item1]

Growth opportunities

Tesla’s growth plans combine vehicle production, software and AI services, energy storage, charging infrastructure and robotics. In 2025 it produced approximately 1.66 million consumer vehicles and delivered approximately 1.64 million. It completed a refresh of the vehicle lineup with the new Model Y and additional Model 3 and Model Y variants. The company expects the next phase of vehicle-production growth to be initiated by advances in autonomy, new products and vehicles built using elements of its next-generation platform.

Robotaxi and FSD (Supervised) are intended to extend the business toward software, fleet and service revenue. The company expects Robotaxi to open access to an expanded customer base as transportation modes evolve, and it continues to refine the service following its June 2025 launch. Cybercab is its purpose-built autonomous vehicle planned for the Robotaxi business. Optimus remains in development, using AI learnings from self-driving technology.

Energy storage is another volume-growth focus. Tesla deployed 46.7 GWh of energy-storage products in 2025 and is increasing capacity through Megafactories in Shanghai and Lathrop, California, plus a facility under construction near Houston, Texas. It introduced Megapack 3 and Megablock in 2025 and began manufacturing a residential retrofit solar panel.

In 2026, the company plans to ramp six production lines across vehicles, Bots, energy storage and battery manufacturing. It is also building Cortex 2 at Gigafactory Texas and currently expects capital expenditures to exceed $20 billion in 2026, driven by AI infrastructure, manufacturing and R&D lines, company-operated AI-enabled assets, and retail, service and charging expansion.

Structural risks

• Tesla may experience delays or problems developing, launching and ramping products, services and features, or may be unable to control manufacturing costs. New product and manufacturing technologies, simultaneous international projects, component constraints, labor shortages and external events can affect ramps.

• Vehicle demand is exposed to cyclicality, consumer trends, affordability, interest rates, inflation, energy prices, consumer perceptions of electric-vehicle range and charging access, and competition from alternative-fuel and internal-combustion vehicles.

• Trade and fiscal-policy changes, tariffs, export controls, changes to incentives and the removal of certain electric-vehicle tax credits can affect supply costs, consumer demand, pricing, margins and the competitive landscape. The company identifies a relatively larger tariff impact on energy generation and storage than automotive.

• Battery-cell or other component problems at Gigafactories could harm production and profitability. Raw-material prices for aluminum, steel, lithium, nickel and copper fluctuate, and single-source components can create disruption risk.

• Software or hardware defects, driver-assistance features that are delayed or legally restricted, and product-safety issues can lead to delivery delays, recalls, liability and warranty claims, repair expense and reputational harm.

• Autonomous-vehicle and autonomous ride-hailing rules continue to evolve across the U.S., Europe, China and other markets. Fragmented requirements can delay, restrict or raise the compliance cost of deploying driver-assistance systems, autonomous vehicles and Robotaxi services.

Bottom line

Our reading

Our reading: Tesla is a manufacturer and direct seller of electric vehicles, storage and solar systems, with service, charging, finance and software revenue alongside product sales. Its near-term economics remain substantially tied to automotive deliveries, pricing, manufacturing costs and regulatory-credit demand, while energy storage is a separate growth business. [item1; item7]

Our reading: Robotaxi, FSD (Supervised), AI compute and Optimus broaden the company’s intended business model, but their deployment depends on technology execution, capacity investment and changing regulation. Tariffs, incentives, competition and cyclical vehicle demand remain material constraints. [item1; item1a; item7]