···
Log in / Register

what happens to the cars that don't sell

2 Answers
OliveFitz
12/23/25 10:55am

When cars don't sell, manufacturers and dealers typically manage them through strategies like deep discounts, auctions, repurposing for fleets, or recycling to minimize financial losses. These methods help clear inventory and maintain market efficiency, with most unsold vehicles being sold at reduced prices or redirected to secondary markets.

Unsold cars represent significant costs due to storage and depreciation. Dealers often initiate clearance sales with discounts that can reach 15-20% off the manufacturer's suggested retail price (MSRP), especially during model-year transitions. This approach quickly attracts bargain hunters. Auctions are another common outlet, where cars are sold wholesale to other dealers, rental companies, or exporters; this is efficient for moving large volumes. Repurposing involves converting vehicles for use as rental cars, corporate fleets, or service loaners, extending their life cycle. In cases where cars are outdated or damaged, recycling or scrapping occurs, with parts salvaged and materials reused to reduce waste.

Industry data suggests the following distribution for unsold cars in the U.S. market:

Disposition MethodApproximate PercentageTypical Outcome
Sold via dealer discounts45%Retail sale at reduced price
Auctioned to wholesalers35%Resale in secondary markets
Assigned to rental or fleet use12%Service in transportation sectors
Recycled or dismantled for parts6%Environmental disposal
Held as inventory for future sales2%Potential model-year carryover

This table is based on aggregated reports from automotive industry analysts, highlighting how unsold inventory is systematically handled to avoid long-term losses. The process ensures that dealers can maintain cash flow while consumers benefit from opportunities to purchase vehicles at lower costs.

Was this review help?
8
4
Share
DiGabrielle
12/31/25 3:22am

As someone who's worked with dealerships, I'll tell you straight: unsold cars don't just vanish. We cut prices aggressively—think "clearance event" tags—or ship them to auctions where buyers snap them up cheap. Sometimes, they become loaner cars for service departments. It's all about turning a potential loss into some kind of win, fast.

Was this review help?
15
5
Share
Expand All
More Forum Discussions

what amperage for car charger

The right amperage for a car charger (EVSE) depends primarily on your home's electrical capacity and your daily driving needs. For most homeowners, a 50-amp circuit allowing for a 40-amp charger is the ideal balance of charging speed and installation cost. Choosing an amperage is about matching the charger's power draw to your electrical system's limits. The charger's amperage must not exceed 80% of the circuit breaker's rating—a key National Electrical Code (NEC) safety rule. This means a charger rated at 40 amps requires a dedicated 50-amp circuit breaker. The table below compares common home charging options, showing how amperage directly translates to charging speed for a typical EV with a 75-kWh battery. Circuit Breaker Size (Amps) EVSE Max Amperage (80% Rule) Power Level (kW) Approx. Miles Added Per Hour* Time for Full Charge (0-100%) 15 Amp (Standard Outlet) 12 Amps 1.4 kW 3-5 miles ~50+ hours 20 Amp 16 Amps 3.8 kW 12-15 miles ~20 hours 30 Amp 24 Amps 5.8 kW 18-22 miles ~13 hours 40 Amp 32 Amps 7.7 kW 25-30 miles ~10 hours 50 Amp 40 Amps 9.6 kW 30-35 miles ~8 hours 60 Amp 48 Amps 11.5 kW 35-40 miles ~6.5 hours *Approximate range based on an efficiency of 3-4 miles per kWh. A standard 120-volt household outlet (Level 1 charging) is very slow, often called a "trickle charge." It's best as a backup. For daily use, a 240-volt Level 2 charger is highly recommended. The 40-amp charger on a 50-amp circuit is the most popular choice because it provides a full charge overnight without requiring the most expensive electrical panel upgrade. If your daily commute is short, a 20-amp or 30-amp circuit might suffice. For EVs with larger batteries or if you frequently return home with a low charge, consider a 48-amp charger on a 60-amp circuit for maximum speed. Always consult a licensed electrician to assess your home's wiring and panel capacity before installation.
2
4
Share

what are ventilated car seats

Ventilated car seats are a comfort feature that uses built-in fans to pull air through small perforations in the seat upholstery. The primary purpose is to circulate air across your back and legs, preventing heat and moisture buildup for a more comfortable ride, especially in hot climates or on long drives. Unlike heated seats that warm you, ventilated seats actively cool you down. The effectiveness of a ventilated seat system depends heavily on its design. There are two main types: air-cooled and cooled . Air-cooled systems simply draw ambient cabin air through the seat. If your car's air conditioning is on, this air will be cool; if not, it just moves warm air. True cooled seats integrate with the vehicle's AC system, actively blowing chilled air for a more pronounced cooling effect. Higher-end systems often feature multi-speed fans and perforations in both the seat bottom and backrest for maximum coverage. From a practical standpoint, this feature is a significant upgrade for comfort. For drivers in regions with hot summers, it can make leather or synthetic leather seats, which otherwise get sticky, much more bearable. However, its effectiveness can be limited by clothing; thick fabrics like denim will reduce the airflow sensation. Most industry evaluations, like those from Consumer Reports, note that while not essential, owners of vehicles with ventilated seats often rate it as a highly valued luxury feature. Ventilated Seat Feature Comparison System Type Air-Cooled (Standard) Cooling Mechanism Draws in cabin air Typical Cost $500 - $1,500 (as part of a package) Effectiveness Good with AC on, minimal without Common Placement Often seat bottom only Best For General hot-weather comfort
18
5
Share

what cars did henry ford make

Henry Ford didn't just make a single car; he revolutionized transportation through a series of landmark vehicles produced by the Ford Motor Company. The most famous is, without question, the Model T , but his company's portfolio spanned from the first experimental prototypes to luxury models that competed with the best in the world. The evolution of these cars mirrors the history of the American automobile industry itself. It all started with the Quadricycle , Ford's first-ever gasoline-powered vehicle built in a shed in 1896. This rudimentary car, with its bicycle tires and tiller steering, proved the concept. After a couple of failed automotive ventures, Ford incorporated the Ford Motor Company in 1903. The first production car was the Model A , followed by models like the B, C, and F. The real breakthrough came in 1908 with the Model T . Its innovative use of vanadium steel made it lighter and stronger, while the moving assembly line made it affordable. The Model T dominated the market for nearly two decades, making car ownership a reality for the average American. To compete with more stylish offerings from Chevrolet in the 1920s, Ford ceased Model T production and launched a completely new car in 1927: the Model A (a naming reuse). This car featured a more conventional three-speed transmission, modern brakes, and a range of body styles. Later, Ford introduced the groundbreaking Flathead V8 engine in 1932, making powerful V8 performance accessible to the masses for the first time. Vehicle Model Production Years Key Innovation/Significance Approximate Production Volume Quadricycle 1896 Ford's first-ever self-built car; gasoline-powered prototype 1 (prototype) Model A (1903) 1903-1904 First production car by Ford Motor Company ~1,750 Model T 1908-1927 Pioneered mass production & affordability; revolutionized auto industry ~15 million Model A (1927) 1927-1931 Replaced Model T; modern features like standard shifting ~4.8 million Model B / Model 18 1932-1934 Introduced the affordable Flathead V8 engine ~287,000 (V8 models) Ford Phaeton 1910s-1930s A popular open-top body style offered on various models (Part of model totals) Fordor Sedan 1920s-1930s A popular enclosed sedan body style offered on various models (Part of model totals)
20
5
Share

what are wheel locks for cars

Wheel locks are a simple anti-theft device designed to protect your vehicle's wheels and tires from being stolen. Each wheel has one special locking lug nut that requires a unique key to remove. Without this key, a thief can't easily take your wheels. The core value of wheel locks is acting as a deterrent. While a determined thief with the right tools can eventually defeat them, they add significant time and effort to the theft process. For most opportunistic criminals, this is enough to make them target an unprotected vehicle instead. They are particularly useful for owners of trucks, SUVs, and cars with expensive alloy wheels or aftermarket rims, which are prime targets for theft. How They Work: A standard wheel lock set replaces one standard lug nut on each wheel with a locking lug nut. The locking nut has a unique pattern on its surface. The corresponding key socket has the reverse pattern, allowing it to grip and turn the lock. The key is unique to your set, so it's crucial to keep it in a safe but accessible place, like your car's glove compartment. Pros and Cons: Pros: Affordable, easy to install, effective visual deterrent, increases theft time. Cons: Not 100% theft-proof; can be an inconvenience if the key is lost; requires careful management. Here’s a quick look at their effectiveness based on industry data: Scenario Protected Vehicle (with Wheel Locks) Unprotected Vehicle Deterrence for Opportunistic Thieves High - thieves often move to an easier target. Low - the most vulnerable. Average Time Added to Theft Attempt 5-15 minutes per wheel. N/A - standard tools work quickly. Relative Cost vs. Wheel/Tire Replacement ~1-3% of the cost of a new set of alloy wheels. 100% of replacement cost if stolen. Insurance Consideration Some insurers may offer a slight discount. Standard rate. Common Vehicle Types Targeted Trucks, SUVs, sports cars with expensive rims. All vehicles, but premium wheels are priority. If you have valuable wheels, wheel locks are a smart, low-cost investment for added peace of mind.
10
4
Share

what are the headers on a car

Car headers are aftermarket exhaust components that replace the stock exhaust manifold. Their primary job is to efficiently channel hot exhaust gases out of the engine's cylinders . Unlike a stock manifold, which often has restrictive design features to minimize cost and noise, headers are engineered with individual tubes for each cylinder that merge into a larger pipe called a collector. This design significantly reduces exhaust backpressure , the resistance that gases face when exiting the engine. By minimizing backpressure, headers allow the engine to "breathe" better. This leads to more efficient expulsion of exhaust, which in turn lets the engine draw in a fresh air-fuel mixture more effectively. The result is a noticeable increase in horsepower and torque , particularly in the mid-to-high RPM range. Headers are a foundational modification for performance enthusiasts. There are several key types of headers: Long-Tube Headers: Offer the greatest performance gains by allowing exhaust pulses more time to scavenge gases from other cylinders. They often require significant custom installation. Shorty Headers: A more direct replacement for stock manifolds, providing a moderate power increase with easier installation. They are a popular choice for a balance of performance and practicality. Headers with Catalytic Converters: Some designs integrate high-flow catalytic converters to maintain emissions compliance, which is crucial for street-driven vehicles. The performance benefit varies significantly by vehicle and engine type. Generally, engines that are more restrictive from the factory see the biggest gains. The table below summarizes typical performance improvements based on header type and vehicle application. Header Type Vehicle Application Typical Horsepower Gain Typical Torque Gain Key Consideration Long-Tube V8 Muscle Car (e.g., Ford Mustang GT) 15-30 HP 15-25 lb-ft May require catalytic converter relocation; can affect ground clearance. Shorty V6 Sedan (e.g., Honda Accord V6) 5-12 HP 5-10 lb-ft Easier "bolt-on" installation; often maintains factory emissions equipment. Long-Tube 4-Cylinder Turbo (e.g., Subaru WRX) 10-20 HP 10-18 lb-ft Significant gains when paired with a turbocharger tune; reduces turbo lag. Shorty Small Displacement Truck (e.g., Toyota Tacoma) 3-8 HP 5-9 lb-ft Modest improvement for low-RPM torque; improves engine response for towing. It's important to note that installing headers will change your car's exhaust note, usually making it louder and more aggressive. For maximum performance, headers are often installed as part of a larger "exhaust system" upgrade that may include a high-flow catalytic converter and a performance muffler.
13
0
Share

what cars can use chargepoint

Virtually any electric vehicle (EV) or plug-in hybrid (PHEV) sold in the United States can use a ChargePoint station. The key is using the correct connector. ChargePoint's extensive public network primarily offers Level 2 AC charging using the universal J1772 connector (also known as the J-plug), which is the standard inlet for every non-Tesla EV and PHEV in North America. For faster DC fast charging, ChargePoint stations use the CCS (Combined Charging System) connector, which is now the standard for most new EVs, including models from Ford, GM, Hyundai, Kia, and Volkswagen. Some ChargePoint DC stations may also have a CHAdeMO connector, commonly used by the Nissan Leaf and Mitsubishi Outlander PHEV. Tesla drivers can also access ChargePoint stations by using a simple and widely available J1772 to Tesla adapter. The main factor determining compatibility is your car's charging port, not the charging network. Before you plug in, it's wise to check your vehicle's specifications or look at the charging port to identify which connectors it accepts. Using the ChargePoint mobile app to locate a station will also show you exactly which connector types are available there. For quick reference, here is a sample of popular EVs and their compatibility with ChargePoint connectors: Vehicle Model ChargePoint Level 2 (J1772) ChargePoint DC Fast (CCS) ChargePoint DC Fast (CHAdeMO) Notes Ford Mustang Mach-E Yes Yes No Requires CCS Combo 1 adapter for DC fast charging. Chevrolet Bolt EV Yes Yes No Peak DC charging rate is around 55 kW. Hyundai Ioniq 5 Yes Yes No Capable of very high charging speeds (up to 350 kW on capable units). Nissan Leaf Yes No Yes Older models may only have a CHAdeMO port for DC fast charging. Tesla Model 3 Yes (with adapter) Yes (with adapter) No Requires separate CCS adapter for DC fast charging. Toyota RAV4 Prime (PHEV) Yes No No Plug-in hybrids typically only use Level 2 AC charging.
12
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.