Electric Cars in 2023: Depreciation, Durability, and Obsolescence

Evaluating the rapid depreciation of 2023 electric models against the enduring utility of automotive relics and ancient materials.

The Volatility of the 2023 Electric Vehicle Market

The automotive landscape experienced significant shifts throughout 2023, particularly within the electric vehicle sector. As manufacturers raced to introduce new battery-powered models to American consumers and global markets, the reality of long-term ownership and value retention came sharply into focus. A prominent example of this volatility is the trajectory of the 2023 Fisker Ocean.

According to reporting from Jalopnik, the Fisker Ocean serves as a cautionary tale regarding modern vehicle valuation. In a span of just three years, the 2023 Fisker Ocean has heavily depreciated. This is not merely a standard dip in resale value; the drop has been so severe that automotive analysts warn potential buyers about the financial risks. Jalopnik explicitly notes that it might not be a great idea to spend money on this highly depreciated electric vehicle.

Compounding the issue of financial depreciation is the physical scarcity of the vehicle. Today, there are very few Fisker Oceans still on the road. For consumers navigating the secondary market for a 2023 electric car, the challenge is twofold: first, successfully locating one of the surviving models, and second, justifying the purchase of an asset that has lost a massive portion of its original value in a relatively short period.

Age Versus True Obsolescence

The rapid decline of certain 2023 electric vehicles prompts a critical evaluation of how the automotive industry defines a vehicle's lifespan. When a modern car disappears from the roads within three years, it forces consumers to differentiate between a vehicle that is simply aging and one that has become practically useless.

Jalopnik provides a clear framework for this distinction, pointing out the crucial difference between an old car and an obsolete car. The core principle is that while all obsolete cars are old, not all old cars are inherently obsolete. This philosophical and practical distinction is best illustrated by historical combustion engine vehicles.

Consider the Ford Model T. By any contemporary manufacturing standard, the Model T is an ancient piece of machinery. However, Jalopnik argues that it challenges the very definition of obsolescence because it still possesses practical utility. Specifically, the Model T is still used in off-road driving applications. Because it can still perform a physical task and navigate terrain, it remains relevant. This creates a fascinating paradox: a century-old gasoline vehicle retains operational utility, while a complex, heavily depreciated 2023 electric car struggles to remain a viable option for drivers after just 36 months.

Visual Bragging and the Understated Car

Beyond the questions of depreciation and lifespan, the perception of an automobile plays a massive role in its cultural footprint. Automakers dedicate vast resources to ensuring a car's physical appearance aligns with its performance capabilities, though this is not always a strict rule.

Autocar highlights the phenomenon of vehicles that project speed entirely through their design language. The Audi R8 is presented as the ultimate example of this design philosophy. The R8 features lines and proportions so inherently aggressive that it successfully communicates high performance even when stationary. According to Autocar, the Audi R8 would still look like a remarkably fast car even if it were powered by something as humble as a lawnmower engine.

In stark contrast to cars that visually brag about their capabilities are Q cars. Autocar defines these as understated cars that are secretly quick. Rather than relying on bold aerodynamic elements or aggressive styling, Q cars possess serious speed without visually advertising it. In a modern era where electric vehicles frequently feature futuristic, attention-grabbing aesthetics to announce their technological advancements, the Q car remains a testament to the appeal of quiet, unassuming performance.

The Benchmark of Durability: Natural Over Synthetic

When evaluating the longevity of modern automobiles—especially given the swift depreciation of models like the 2023 Fisker Ocean—it is valuable to examine the materials that historically guarantee durability. While modern vehicle manufacturing relies heavily on synthetic plastics and advanced alloys, some of the most resilient engineering materials are entirely natural.

According to Jalopnik, a prime example is lignum vitae. This rare wood is characterized by being super hard, incredibly dense, and naturally oily. Despite the proliferation of modern synthetic alternatives, lignum vitae is still actively utilized today for creating durable bearings and seals. Its unique characteristics include:

• Operating as a material twice as durable as standard plastic
• Providing natural self-lubricating properties that reduce mechanical wear
• Remaining highly effective in heavily demanding fluid environments

These traits make it the perfect material for highly demanding industrial applications, and it continues to be used in the mechanical operations of ships and within hydroelectric plants. The enduring use of this rare wood serves as a stark contrast to the modern automotive sector, where cutting-edge 2023 vehicles can face functional and financial obsolescence in a fraction of the time.

Watery Graves: The Final Resting Place

Regardless of whether a vehicle is an understated Q car, an ancient Ford Model T, or a rapidly depreciating electric vehicle, every machine eventually reaches the end of its operational lifecycle. While many cars are recycled for scrap metal or parted out to keep similar models running, others meet a much more dramatic end.

Jalopnik notes that various bodies of water frequently serve as the ultimate terminus for discarded automobiles. The sea is widely recognized as an incredibly powerful treasure trove of biodiversity, teeming with marine life and complex ecosystems. However, it also serves a secondary, more industrial purpose: it is the final resting place for lots of cars.

The discovery of some of the coolest cars at the bottom of the ocean highlights the intersection of human engineering and the natural world. These watery graves encapsulate the finality of the automotive lifecycle. As the industry pushes forward with new 2023 electric vehicles and advanced technologies, the submerged relics of past automotive eras remain scattered across the ocean floor, slowly becoming part of the biodiversity they coexist with.