Tesla

Model 3 (1st)

2017-2023 · Compact Sedan
3,739 NHTSA Complaints
0 Recalls
19 Fire Reports
364 Crash Reports
View all 2 generations of the Tesla Model 3 → πŸ“‹ Inspection checklist

NHTSA Safety Ratings About NHTSA ratings

Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: Standard LDW: Standard
Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: Standard LDW: Standard
Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: Standard LDW: Standard
Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: Standard LDW: Standard
Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: No LDW: Standard
Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: No LDW: Standard
Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: Standard LDW: Standard
Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: Standard LDW: Standard
Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: Standard LDW: Standard
Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: Standard LDW: Standard
Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: Standard LDW: Standard
Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: Standard LDW: Standard
Overall Not Rated
Frontal Crash
β€”
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: Standard LDW: Standard
Overall β˜…β˜…β˜…β˜…β˜… 5/5
Frontal Crash
5/5
Side Crash
5/5
Rollover
5/5 (6.6% risk)
ESC: Standard FCW: Standard LDW: Standard
Overall Not Rated
Frontal Crash
β€”
Side Crash
β€”
Rollover
β€”
ESC: Standard FCW: Standard LDW: Standard

Battery & Propulsion Reliability

Battery Electric (BEV)

Battery & propulsion complaint analysis for the 2017-2023 Tesla Model 3

⚠️ Caution
134 battery-related complaints 18.8 per year 1 battery-related recall

That's about 3.4x the typical rate for BEVs in this dataset (median 5.5 per year). Above peer average β€” but high-volume models naturally produce more raw complaints, so check the issue mix below before drawing conclusions.

5 fire reports

What kind of battery complaint?

Among the 134 battery-related complaints, here's the type mix. These percentages describe what the complaints are about β€” not how reliable the vehicle is overall.

Electric Propulsion 42 (31%)

Loss of power, drive unit, inverter, traction motor, DC-DC converter.

High-Voltage Battery 35 (26%)

Propulsion battery defects, capacity loss, BMS faults, replacement claims.

12V Auxiliary Battery 21 (16%)

Low-voltage battery deaths, common on EVs and hybrids that use a 12V for accessories.

Charging System 20 (15%)

Charge port, cable, mobile connector, or session failures.

Thermal Events 12 (9%)

Battery fires, smoke, thermal runaway. Includes any complaint with fire reported.

Regenerative Braking 4 (3%)

Regen brake feel, one-pedal driving, B-mode complaints.

Battery & propulsion recalls (1)
23V434000 ELECTRICAL SYSTEM:PROPULSION SYSTEM:TRACTION BATTERY

Tesla, Inc. (Tesla) is recalling certain 2023 Model 3 and Model Y vehicles. The pyrotechnic battery disconnect may be defective.

Consequence: A defective battery disconnect may not isolate the vehicle's high voltage battery after a crash or fault detection, increasing the risk of electrical shock and injury.

Sample complaint excerpts
Electric Propulsion
  • [2018] Tesla failed to properly diagnose a high-voltage battery isolation fault in my 2018 Model 3. Despite safety-critical BMS_a027 and BMS_a142 faults indicating multiple isolation failures, they skipped required insulation resistance testing, falsely blamed sand in a connector, and charged me $174.95. After the issue returned, they reversed course, replaced an internal battery contactor, and reduced t
  • [2018] 1. The Power Conversion System (PCS), still in the vehicle and not available for inspection 2. 2 of the 3 controllers have failed, resulting in limited AC charging (16A out of 48A max). The PCS helps regulate AC and DC electricity and connects the 12V batter to the HV battery. If it fails, it could lead to dangerous situations since the electricity from the HV battery wouldn't be as controlled. I'
  • [2018] 1. PTC Heater, old part is available for inspection 2. PTC heater failed while driving, experienced loss of power and slow loss of secondary electrical systems (the 12v battery was not able to recharge itself with the PTC heater not functioning). When attempting to restart car after pulling into a parking lot, the entire car died (12V battery was drained so it couldn't start up) and had to get tow
High-Voltage Battery
  • [2018] The brake lines badly rusted creating safety hazard as Tesla service reported when working on other maintenance. Not a warranty issue not covered as repair is over $3800. Vehicle was not abused and was kept clean regularly - this seems to be a vehicle defect if the brake lines can get moisture trapped behind the battery pack and create excessive corrosion requiring brake line replacement.
  • [2018] Tesla failed to properly diagnose a high-voltage battery isolation fault in my 2018 Model 3. Despite safety-critical BMS_a027 and BMS_a142 faults indicating multiple isolation failures, they skipped required insulation resistance testing, falsely blamed sand in a connector, and charged me $174.95. After the issue returned, they reversed course, replaced an internal battery contactor, and reduced t
  • [2018] I just traded in my vehicle for a Tesla from 3rd party dealership on [XXX] A light came on once I reached my home. I called right away before the dealership closed but no one answered. So I took it upon myself to make a service call to Tesla to get my vehicle checked come to find out my vehicle has extensive damages from my unit drive, my subframe and the battery pack is severe punctures and needs
12V Auxiliary Battery
  • [2018] 1. PTC Heater, old part is available for inspection 2. PTC heater failed while driving, experienced loss of power and slow loss of secondary electrical systems (the 12v battery was not able to recharge itself with the PTC heater not functioning). When attempting to restart car after pulling into a parking lot, the entire car died (12V battery was drained so it couldn't start up) and had to get tow
  • [2018] ISSUE: PTC Heater failed at 63,617 miles after 6 years of use WARNING MESSAGE: "Vehicle may not restart" CONTACT: [XXX] [XXX] main contact for owner [XXX] . VIN: [XXX] MAKE: MODEL 3 YEAR: 2018 REPAIR QUOTED: $1,104.18 LINE ITEMS: PTC HEATER DUALZONE(1088218-00-I) HVAC, PTC SERVICEASSY(1107677-00-A) LABOR & DIAGNOSTICS SUMMARY: TESL
  • [2018] On Saturday the 21st my car had been charging overnight inside my garage using the supplied Tesla charger. As I entered the car to attempt to unlock the charger, I received many system malfunction errors on the screen, stating such that the 12v battery needed to be replaced and some system could not be completed. This definitely seemed odd as I had just replaced the 4 year old battery last July af
Charging System
  • [2018] The contact owns a 2018 Tesla Model 3. The contact stated that when the vehicle was started, the GPS failed to function as intended. In addition, the β€œUnable to Charge” warning light was illuminated. The contact stated that the GPS provided incorrect directions. The contact attempted to recharge the battery; however, the battery failed to charge. The contact stated that the failure had occurred th
  • [2018] My 2018 Model 3 recently started experiencing issues during AC charging where I’m only able to use 16A out of the 48A available from my Tesla mobile connector charger at home. The specific error warning and error I’m seeing says β€œPCS_a019 Power grid or vehicle issue limiting AC charging Unplug and retry/ Try different charging location”. Before this started happening I’ve been charging with th
  • [2018] ISSUE: PTC Heater failed at 63,617 miles after 6 years of use WARNING MESSAGE: "Vehicle may not restart" CONTACT: [XXX] [XXX] main contact for owner [XXX] . VIN: [XXX] MAKE: MODEL 3 YEAR: 2018 REPAIR QUOTED: $1,104.18 LINE ITEMS: PTC HEATER DUALZONE(1088218-00-I) HVAC, PTC SERVICEASSY(1107677-00-A) LABOR & DIAGNOSTICS SUMMARY: TESL
Thermal Events
  • [2018] Originally received notification of DTC "BMS_a035 - Vehicle may not restart." Vehicle was serviced and the rear motor drive unit was replaced. Was not given the oppertunity to inspect the serviced components upon request. Within 48 hours of service, "BMS_a027: Power limited, OK to drive," & BMS_a170 - (de)acceleration warning & top speed warning." My concern is related to a potential cascadin
  • [2018] car caught on fire drove aobut 10 min in the morning average speed was about 10-20mph start smog and car doesn't work anything i got out of the car when smog getting bigger and started burn
  • [2018] Car was parked in driveway and spontaneously caught fire at 4am; I suspect that ti was the 12v battery that leaked and corroded and caused a fire after looking at the security footage which showed that the fire originated in the frunk; Tesla say they are unable to find a cause of the fire, It has been 5 months since the incident.
Regenerative Braking
  • [2018] I was at a stoplight behind a Toyota Tacoma. I must have stopped around 8 feet behind it. I was not using FSD and I was not one-pedal driving. My foot was on the brake. I must have been at a complete stop for approximately 10 seconds when my Model 3 suddenly accelerated full throttle on its own and rear ended the Tacoma, directly hitting its trailer hitch, causing my car's driver-side airbags to d
  • [2021] After updating to Tesla software 2022.20.6 (and 20.7 and 20.8) sometimes the regenerative braking fails to activate when lifting your foot off the go pedal. Sometimes the car just coasts at full speed, and sometimes it almost feels as if the car continues accelerating after the pedal is lifted. This obviously creates serious safety issues -- if you are expecting your car to brake after lifting you
  • [2021] The contact owns a 2021 Tesla Model 3. The contact stated while driving at 5 MPH, the front driver's seat continuously changed positions independently and her foot could no longer reach the one-pedal driving. The contact veered to the side of the road and parked the vehicle. The contact stated that the vehicle was designed with a feature that allowed both her husband and her to save their front dr

Source: classified from NHTSA complaint and recall data. "Battery-related" includes high-voltage propulsion battery, charging system, hybrid drivetrain, electric propulsion, regenerative braking, 12V auxiliary battery, and thermal-event complaints. Other complaints (suspension, steering, brakes, infotainment) appear in the engine and vehicle-level sections. Rates are absolute counts, not normalized per-VIN β€” high-volume models naturally produce more raw complaints than low-volume ones. Self-reported death and injury counts are capped per complaint to limit form abuse.

Battery: Tesla 2170 Long Range (NCM/NCA)

NCA / NCM Β· Panasonic (Nevada), LG Energy Solution (China) Β· Module-based (S-pack), liquid-cooled
β–Ό You're looking at: Model 3 Long Range / Performance
EPA range 310 mi Β· MPGe combined 116
About the pack
Capacity
78 kWh
useable Β· 82 total
Fast charge
250 kW
peak Β· 27 min 10β†’80%
Warranty floor
70%
capacity floor at 8 yr / 120k mi

Pack overview

ChemistryNCA / NCM
Cell supplierPanasonic (Nevada), LG Energy Solution (China)
Cell format21700 cylindrical
Voltage (nominal)360 V
CoolingLiquid (glycol)
ArchitectureModule-based (S-pack), liquid-cooled
Warranty8 yr / 120k mi
Capacity floor70%

Known issues

Low
BMS calibration drift; range estimate can read low until a full charge cycle resets the gauge.
Medium
Supercharging-frequency degradation reported on early high-mileage Performance trims; Tesla service has issued BMS firmware updates that adjust charging behavior over time.
Low
Cold-weather range loss is consistent with NCM cylindrical chemistry; expect 25-35% reduction at 20Β°F.

How this pack ages (industry context)

Industry fleet aggregates: 2.3% average annual capacity loss across 22,700 EVs / 21 models (Geotab, 2026), and 95% range retention at 5 years on average across 30,000+ vehicles (Recurrent, 2026).

OEM warranty floor on this pack: 8 yr / 120k mi to 70% capacity.

Public per-pack degradation curves are not available for most models. Individual results vary materially with climate, charging behavior, and DC fast-charge frequency.

Battery: Tesla CATL LFP Prismatic (Standard Range)

LFP (lithium-iron-phosphate) Β· CATL (China) Β· Cell-to-pack (no modules), liquid-cooled, 360V
β–Ό You're looking at: Model 3 Standard Range / RWD trim (China-built imports, primarily 2021-2023)
EPA range 263 mi Β· MPGe combined 142
About the pack
Capacity
57.5 kWh
useable Β· 60 total
Fast charge
170 kW
peak Β· 25 min 10β†’80%
Warranty floor
70%
capacity floor at 8 yr / 100k mi

Pack overview

ChemistryLFP (lithium-iron-phosphate)
Cell supplierCATL (China)
Cell formatPrismatic
Voltage (nominal)360 V
CoolingLiquid (glycol)
ArchitectureCell-to-pack (no modules), liquid-cooled, 360V
Warranty8 yr / 100k mi
Capacity floor70%

Known issues

Low
LFP chemistry tolerates 100% daily charging without accelerated degradation; this is a feature, not a defect. Tesla recommends weekly 100% charges to keep BMS calibration accurate.
Low
Lower energy density means LFP packs are heavier per kWh than NCM; range-per-kWh is similar but cold-weather range is worse than NCM equivalent.
Low
DC fast-charging speeds peak around 170 kW. Charge curve is flatter than NCM up to 80%, then tapers similarly above.
Low
Range-prediction in cold weather is more variable than NCM; expect 30-40% reduction at 20Β°F until BMS fully calibrates.

How this pack ages (industry context)

Industry fleet aggregates: 2.3% average annual capacity loss across 22,700 EVs / 21 models (Geotab, 2026), and 95% range retention at 5 years on average across 30,000+ vehicles (Recurrent, 2026).

OEM warranty floor on this pack: 8 yr / 100k mi to 70% capacity.

Public per-pack degradation curves are not available for most models. Individual results vary materially with climate, charging behavior, and DC fast-charge frequency.

Alternatives in Compact Sedan

Frequently Asked Questions

What are the most common 2017-2023 Tesla Model 3 problems?

The 2017-2023 Tesla Model 3 has accumulated 3,739 NHTSA complaints. The most frequently reported problem areas are general mechanical issues. As with any used vehicle, a pre-purchase inspection and vehicle history report are recommended.

Which Tesla Model 3 engine is most reliable?

The 2017-2023 Tesla Model 3 was offered with 0 engine options. Based on NHTSA complaint data, the base engine has the lowest complaint density and is considered the most reliable choice for buyers.

Is the 2017-2023 Tesla Model 3 a good used car?

The 2017-2023 Tesla Model 3 can be a solid used car purchase depending on trim, mileage, and maintenance history. With 3,739 total NHTSA complaints on record, prospective buyers should review the known problem areas and check for open recalls before buying.

How many NHTSA complaints does the 2017-2023 Tesla Model 3 have?

The 2017-2023 Tesla Model 3 has 3,739 complaints filed with NHTSA as of our latest data pull. Complaint counts reflect owner-reported issues and do not necessarily indicate defects or safety risks on their own.

What recalls affect the 2017-2023 Tesla Model 3?

There are 0 NHTSA recalls affecting some 2017-2023 Tesla Model 3 vehicles. Recall status varies by VIN β€” check the NHTSA recall database at recalls.nhtsa.dot.gov with your specific VIN to confirm which campaigns apply.

What should I check before buying a used Tesla Model 3?

Before buying a used Tesla Model 3, verify all open recalls are completed via the NHTSA VIN lookup tool. Pay particular attention to general mechanical issues, which are the most commonly reported problem areas. Request maintenance records, have an independent mechanic inspect the vehicle, and run a vehicle history report to check for prior accidents or title issues.

What are the NHTSA crash test ratings for the Model 3?

The 2023 Tesla Model 3 received an overall 5-star safety rating from NHTSA. Frontal crash: 5 stars. Side crash: 5 stars. Rollover: 5 stars (6.6% rollover probability). Electronic Stability Control: Standard. Forward Collision Warning: Standard. Lane Departure Warning: Standard. These ratings are based on standardized crash tests conducted by the National Highway Traffic Safety Administration.

Data from NHTSA federal complaints database. 3,739 complaints analyzed. Data confidence: high. Last updated: 2026-04-07.

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