Summary of "Is it worth buying an older Tesla in 2025? (Don’t Make This Mistake!)"

Quick summary

The video evaluates whether buying an older (used) Tesla in 2025 is worth it. The host (a 5+ year Tesla owner) concludes older Teslas can offer excellent value if buyers accept feature gaps, warranty/repair risk, and depreciation. With due diligence—mechanical inspection and a battery health check—a used Tesla (especially post‑2019 Model 3/Model Y) can be a smart purchase.

Main feature differences (older vs 2025/new models)

Autonomy hardware: many older cars have HW2.5 or HW3; 2025 cars run HW4 and are preparing for HW5, which improves future Full Self‑Driving (FSD) prospects.
Sensors: newer models are Tesla Vision–only; older cars may still include radar and ultrasonics.
Interior and comfort: older cars lack features found on refreshed (Highland) models such as ventilated seats, ambient lighting, improved sound insulation, acoustic glass, and upgraded suspension.
MCU/software: cars with MCU1 already lack YouTube/Netflix and will eventually stop receiving some updates, though many OTA updates still continue for older vehicles.
Driving feel/performance: acceleration and basic Autopilot features can be similar on many older cars if the vehicle is well maintained.

Pros of buying an older Tesla

Price savings: significant depreciation leads to large upfront savings (examples below).
Lower routine maintenance: EVs have fewer routine items (no oil changes, no conventional transmission) and less brake wear because of regenerative braking.
Battery longevity: many owners report good battery retention even past 100k–200k miles.
Extended coverage options: third‑party extended warranties (e.g., Amber) are available to cover major components after the factory warranty ends.

Cons and risks

Warranty exposure: battery and drive unit warranty is typically 8 years or 100k miles with a 70% minimum capacity retention—many older cars may be out of warranty.
Big ticket repairs: battery replacements, MCU upgrades, suspension/control arm jobs, and screen/body repairs can be expensive and have long lead times.
Missing newer comforts: older cars lack the latest cabin quieting, ventilation, lighting, and suspension improvements.
Future FSD limitations: older hardware may limit future FSD capability or performance.

Key numbers and examples

Depreciation: Model 3 often loses ~25–35% of value in the first 3 years.
Factory warranty: 8 years or 100,000 miles; minimum 70% battery capacity retention.
Battery replacement cost: roughly $12,000–$20,000 (refurbished examples around $13,000).
MCU upgrade: about $1,500–$2,000.
Suspension/control arm or bushing jobs: around $1,000–$2,000 if out of warranty.
Example prices:
- 2018 Model 3 RWD: ~$22–27k
- Near‑new 2024 Model 3 SR: $32,998 (5,900 miles example)
- New Highland Model 3 base: ~$41,500 (CA example)
Amber extended warranty: plans starting at ~$65/month; host mentioned an affiliate code (Griffin5) for 5% off.

Maintenance & inspection recommendations

Always get a mechanical inspection before buying a used Tesla.
Run the Tesla battery health check (available in settings; takes ~16 hours) to view current capacity percentage.
Consider a third‑party extended warranty for older cars to cover battery, drivetrain, and electronics.
Factor in potentially higher collision repair costs and longer body shop wait times for Teslas; Tesla repairs are typically limited to certified shops.

Practical buying checklist

Mechanical inspection by a qualified shop or Tesla specialist.
Full battery health check (in‑car setting; ~16 hours).
Verify remaining factory warranty and any transferable coverage.
Get quotes or pricing for likely out‑of‑warranty repairs (battery, MCU, suspension).
Consider an extended warranty (coverages, cost, provider reputation).
Check for known issues on the specific year/model (e.g., older Model S/X items).

User experience and anecdotes

OTA updates can keep many features current on older Teslas, so they often feel more up to date than expected.
The host reported significant improvements in ride comfort and cabin noise when upgrading from a 2020 Model 3 to a refreshed Model 3.
Viewer comments: many owners with 100k–200k miles reported good battery retention.

Comparisons to newer Tesla models

2025 models: better FSD hardware (HW4/HW5 readiness), quieter cabins, ventilated seats, ambient lighting, acoustic glass, improved suspension, and potentially better range.
Recommendation: post‑2019 Model 3/Y are generally preferred over older Model S/X (2014–2017) due to fewer known issues.

Contributors / perspectives

Video host: main reviewer and 5+ year Tesla owner sharing overview, examples, and personal experience.
Viewers: provided anecdotal reports of strong battery retention on high‑mileage cars.
Third‑party service: Amber extended warranty referenced (host is an affiliate; not a sponsor).

Verdict (concise)

Yes — buying an older Tesla in 2025 can be worth it if you want significant upfront savings, don’t require the newest FSD hardware or the quietest/luxury ride, and choose a post‑2019 Model 3/Y or a well‑maintained Model S with proper inspection and a battery health check. Avoid older out‑of‑warranty cars unless you’re comfortable with repair risk or purchase extended coverage. If you prioritize cutting‑edge FSD, maximum range, the quietest cabin, or a full factory warranty, buy new.

Final takeaway

Older Teslas in 2025 can deliver great value when you do your homework (inspection and battery test) and accept tradeoffs in FSD capability, cabin quietness, and warranty coverage.