The Expert Podcast

How Short is the US Housing Market?

• Current estimate: 7 million homes short in the US housing market.
• The housing shortage is based on the gap between the number of homes needed for households that can afford them vs. current inventory.

How Did This Shortage Happen?

• Early 2000s: Laws passed made it easier to get mortgages, even for people who didn’t qualify.
• Many people bought multiple homes, flipping or renting them out, leading to speculation.
• 2008 Housing Crash: Foreclosures took many homes off the market, and many builders went bankrupt.
• Post-crash (2007-2017): Builders were cautious, only building homes that were pre-sold, leading to a decade-long shortage.

Impact of COVID-19:

• Pandemic housing surge: Renters looking to buy, contributing to the inventory shortage.

What Happened to Starter Homes?

• Starter homes: Affordable, low square footage homes are almost non-existent now.
• Example: A 776 sq ft home now costs $800,000, up from $300,000 20 years ago.
• In most markets today, even modest homes are priced between $500,000-$600,000.

Advice for First-Time Buyers:

• Consider buying the cheapest home you can tolerate to enter the market, even if it’s not your dream home.

The Housing Crisis:

• National Association of Home Builders: Sky-high prices and housing shortages are here to stay, unless we build our way out of it.
• Building homes is essential to solving the crisis.
• Housing Shortage by State:
  • On average, each state needs to build 150,000 homes to meet demand. Some states may need more or fewer.

Robot Construction Workers:

• A company in Boston is creating robot construction workers, starting with commercial projects. The aim is to apply these robots to residential projects once the system is perfected.

What Does This Mean for the Real Estate and Construction Industries?

• The industry is evolving, with new tech like robot construction workers changing the game.
• First-time buyers face challenges with high prices, limited starter homes, and high interest rates.
• What impact will these developments have on the building industry and real estate market?

Join the Conversation:

• Share your thoughts on the housing market, construction robots, and what the future holds for buyers and builders in the comments!

The Housing Shortage Crisis:

• There's a significant shortage of houses, and house prices are skyrocketing.
• The process of finding a house to buy has become nearly impossible.

The Key Issue:

• There is a shortage of 7 million homes each year, creating a supply issue.
• The gap between single-family housing starts and household formations is staggering.

The Challenge of Building More Homes:

• To keep up with demand, the rate of housing starts would need to triple.
• Even with tripled construction rates, it would take 4 to 5 years to build enough homes.

Industry Struggles:

• The construction industry is dealing with various challenges, including:
  • A shortage of builders and materials.
  • The impact of rising interest rates and supply chain issues.
  • Builders still recovering from the 2008 housing crash.

The Reality of the Housing Market:

• A significant shift in the housing market is unlikely in the short term.
• It’s doubtful that inventory will increase anytime soon.

What Can You Do?

• If you can find a builder, consider options like building a spec house, adding an addition, or constructing an Accessory Dwelling Unit (ADU).

Takeaways:

• The housing shortage isn’t going away soon, and you should plan accordingly.

 Key Discussion Points:

• EV Charging Logistics for Long Trips:
  • Steve Hams, a YouTube personality, leased a Hyundai Kona for his 17-year-old daughter to save on gas costs and make her commute more affordable. However, finding charging stations far from home is a challenge many EV owners face.
• Fast vs. Level 2 Chargers:
  • While there are charging stations along many routes, many are Level 2 chargers, which can require hours to fully charge, unlike Level 3 fast chargers that take only 30-40 minutes.
• EV Adoption and Charging Network Expansion:
  • The government is planning to install 500,000 new charging stations across the U.S. by 2030 to support increased EV sales. However, 500,000 chargers may not be enough compared to the number of gas stations, and the logistics of waiting for charging could deter long-distance EV travel.
• Tesla’s Charging Network and Government Plans:
  • There's ongoing debate about expanding Tesla’s fast-charging network to include non-Tesla vehicles, but Tesla’s reliable network is concerned about being overwhelmed by slower charging vehicles.
• Comparing Gas Stations to EV Charging Stations:
  • There are about 150,000 gas stations in the U.S. compared to 500,000 planned chargers, but gas stations usually have multiple pumps, whereas charging stations often only have one or two plugs per location.
• Home Charging vs. Public Charging:
  • Charging at home is convenient for many EV owners, but for those in apartments or without a private parking space, public charging stations are necessary.

Questions for Listeners:

• Are you an EV owner? What’s your experience with charging logistics?
• If you're not an EV owner, what would it take for you to switch to an electric vehicle?
• What are your thoughts on the government's charging station expansion plan and the future of EV adoption?

Feel free to leave your comments and thoughts below! 

Main Discussion:

• A recent article from Jalopnik suggests that fewer than 50% of drivers are considering an electric vehicle (EV) for their next car. However, this is actually good news for the EV market.
• EVs have only been widely available for the last five to seven years, but already, about half of potential buyers are considering them, which is a big deal for a technology that is still relatively new.
• The rapid development and investment in EVs is unprecedented, with automakers pouring billions of dollars into new vehicles and infrastructure. This shift from a century-old technology to a new one is happening much faster than expected.
• In the U.S., 63% of car buyers are still opting for gas-powered vehicles, while in Europe, only 36% are choosing gas-powered cars, showing a faster adoption of EVs in Europe.
• The growth and adoption of EVs in both the new and used car markets is expected to accelerate over the next few years, even though the transition may take time in regions like the U.S.

Key Takeaways:

• Electric vehicles are gaining traction quickly, with almost half of drivers considering them.
• The speed of development and infrastructure growth for EVs is unmatched in automotive history.
• While EV adoption in the U.S. may take longer, Europe's market is evolving faster, and the future of EVs looks promising on both new and used car markets.

Overview: California offers an exciting program that could pay you up to $27,000 to buy an electric vehicle. Is it too good to be true? Not quite! Let's dive into how it works, what the requirements are, and if it's worth the effort.

Key Points:

• Eligibility Requirements:
  • You must earn less than $150,000 per year (considered low-income).
  • If buying a used EV, your income must be under $75,000.
  • The EV must cost less than $70,000.
• Program Details:
  • The incentive is a combination of state, utility company, and local government programs.
  • You’ll need to navigate through paperwork, similar to applying for a grant or scholarship.
  • You have the freedom to choose your electric vehicle—it's not pre-selected for you.
• Worth the Effort?
  • Despite the process being a bit tricky, the reward of $27,000 could make it worthwhile.
  • Even if it takes some time to complete, it’s a huge savings on an EV.

Final Thoughts: Could $27,000 persuade you to switch to an electric vehicle? Let us know what would make you take the leap in the comments below!

Links: Check out the links in the description for more information about the program and how to apply. 

Key Difference Between Electric Vehicles (EVs) and Gasoline Vehicles

• EVs and traditional gasoline cars may look similar but have key differences in their makeup.
• EVs typically have a sleek design with a pointed nose and no grille, as they don’t need airflow to cool an engine.
• When purchasing an EV, you're primarily buying a battery with a body around it, not just a traditional car.

Understanding the Battery in an Electric Vehicle

• The battery is the most expensive and important part of an EV, unlike traditional vehicles where the engine and drivetrain are the key components.
• EVs have fewer moving parts compared to gasoline vehicles, making the battery the heart and soul of the car.

Battery vs. Gasoline Engine Longevity

• Gasoline engines tend to run reliably for a long time until they break, while EV batteries gradually degrade over time, affecting their range.
• For example, an EV with a 200-mile range may have only 160-170 miles of range after a few years.

EV Battery Warranty and Degradation

• Most EV batteries come with an 8-year warranty, but there are mileage limitations (e.g., 100,000 miles).
• After the warranty expires, the battery may degrade and hold less charge, affecting the car’s overall range.

Used EVs and Battery Testing

• When buying a used EV, ensure the battery is thoroughly tested, as there are no outward signs of degradation like with a gasoline engine.
• Unlike a gasoline engine, a worn-out EV battery doesn’t make noise or smoke, so proper testing is critical to assess its condition.

Conclusion: Focus on the Battery

• Whether purchasing new or used, prioritize the battery’s reliability and condition when buying an EV.
• Always conduct due diligence on the battery, as it’s the key to performance and longevity in electric vehicles.

Overview: In this episode, we dive into the growing concern that even minor impacts or damages may lead to the total loss of an electric vehicle (EV). We discuss the specific vulnerabilities of EV batteries and how these differences from traditional gasoline vehicles can lead to costly outcomes for owners.

Key Points:

• EV batteries are the most expensive part of the vehicle.
• Even small impacts can damage the battery, leading to a total loss.
• Unlike gasoline vehicles, EV batteries are sensitive electronic devices, similar to the vulnerability of smartphone batteries.
• A minor impact can short out connections and damage battery cells, even if the vehicle's exterior is not severely damaged.
• EV batteries extend under the entire floor of the vehicle, making them more susceptible to side or minor impacts.
• Gasoline vehicle engines are more protected and less likely to be damaged unless there's a severe front impact.
• With EVs, even small damages can cause significant battery issues, potentially totaling the vehicle.
• The financial risk is higher with EVs, as the payout might not cover the cost of replacing the vehicle, especially if it's only a few years old.

Consumer Impact:

• Deductibles and total loss settlements can be financially burdensome.
• Even after the insurance payout, purchasing a new EV can cost significantly more due to price inflation.

Discussion: Do you know someone who’s had an electric vehicle damaged by a minor collision? Let us know in the comments!

Stay tuned for more insights on electric vehicle risks and how insurance companies are reacting to this emerging trend. 

In this episode, we dive into the rising concerns surrounding electric vehicle (EV) insurance claims and why EVs are often deemed a total loss after seemingly minor damages. Key points covered include:

• Challenges in EV Repairs:
  • Electric vehicles are being totaled due to minor collisions or damages that affect the sensitive battery pack.
  • Even impacts that don't directly strike the battery can cause internal damage due to jostling.
  • Comparisons to electronics: Just like dropping a cell phone or computer can harm internal components, EV batteries are vulnerable to similar types of damage.
• Key Differences Between EVs and Gasoline Vehicles:
  • Traditional gasoline engines are compact and located under the hood, making them less likely to sustain damage in minor collisions.
  • EV batteries, on the other hand, are flat and extend beneath the entire vehicle, increasing their exposure to side and undercarriage impacts.
• Insurance Implications for EVs:
  • EV batteries are costly, often accounting for up to half the value of the vehicle, with replacement costs ranging from $20,000 to $30,000 or more.
  • For insurers, it’s often more economical to total the vehicle than to replace the battery.
• Manufacturer Restrictions:
  • Some automakers restrict access to battery repair information, citing proprietary technology, which further complicates repairs and raises costs.
• Environmental Concerns:
  • Disposing of EVs prematurely negates the environmental benefits they are supposed to offer.
  • EVs need to stay on the road for 10–15 years to offset the environmental impact of their production.
• Unexpected Risks:
  • Vibrations, bumps, or curbs can potentially damage EV batteries internally, even if the vehicle shows no visible external damage.

This episode unpacks the complexities of EV design, repair challenges, and the implications for insurance, manufacturers, and the environment. Tune in to understand how these factors shape the future of EV ownership and sustainability. 

Episode Highlights:

• Plummeting EV Values:
  • Used EV prices are dropping significantly.
  • Tesla Model 3s are now available for under $25,000—a great deal for potential buyers.
  • Dealers are seeing large inventories of both new and used EVs piling up without buyers.
• Ford Pauses $3.5 Billion EV Battery Plant:
  • Ford halts work on its Michigan battery plant due to uncertainties about the EV market's future.
  • The plant was designed to produce 400,000 EV batteries annually and create 2,500 jobs.
  • Ford remains unsure if demand will justify continued investment.
• EV Battery Degradation in Hot Weather:
  • Studies show EV batteries degrade faster in temperatures around 86°F (30°C).
  • To mitigate battery wear, owners are advised to keep the battery half-charged in hot conditions, though this limits driving range.

Key Discussion Points:

• Are EVs becoming less appealing to drivers due to resale values and market trends?
• Will other automakers follow Ford's cautious approach?
• Does battery performance in hot climates undermine the practicality of EVs?

Your Opinion Matters:
Share your thoughts on the current state of EVs. Are you optimistic about their future, or do these challenges concern you? Let us know in the comments!

Tune in to explore more about this evolving market. 🌟 

 Are Used EVs the Wave of the Future?

• Recent market reports show used EV prices dropping dramatically, making them more affordable.
• Some reports suggest that used EVs are being sold more than new ones.
• As new EV prices rise, many consumers are turning to used options for a better deal.

Is It a Good Opportunity or Bad News?

• Are used electric vehicles a chance to get a great deal, or do they signal problems with the technology?
• One car manufacturer, Mercedes, is discovering that customers aren't as excited about new EVs as expected.
• Dealers note that the EQS model isn't capturing consumer interest as hoped.

Real-World EV Experiences:

• A person shares their experience of buying an EV, expecting it to be the future, but struggling with issues like significant range loss when using the heater.
• The impact of running the heater in electric vehicles: It drains the battery quickly, similar to how household appliances like electric heaters or stoves use a lot of electricity.

Electric vs. Gasoline Vehicles:

• Why does heating a car in an EV consume so much battery? Unlike gasoline cars, which use the engine to generate heat, EVs rely on battery power to warm the car.
• Gasoline engines generate heat through combustion, which is then used to warm the cabin, while EVs must use their battery power for this.

Why EVs Might Not Be As Exciting:

• The reliance on battery power for heating could be one reason why electric vehicles aren’t as appealing as some manufacturers expect.

Let us know your thoughts in the comments! Do you think EVs are the wave of the future, or are they just not living up to the hype?