The 2013 Tesla Model S P85 was the car that proved a battery-electric sedan could outperform a BMW M5 at the drag strip while seating five adults in near-silence. More than a decade later, it remains one of the most consequential EVs ever built — and one of the most tempting used-EV bargains on the market. But buying a 13-year-old electric car demands a very different calculus than buying a new one. This profile breaks down what the P85 actually delivers today: real-world range from its aging 85 kWh pack, charging realities on modern Superchargers, battery degradation patterns, and whether it still holds up against contemporary used EVs.
2013 Tesla P85 Specifications at a Glance
| Spec | 2013 Tesla Model S P85 |
|---|---|
| Original EPA Range | 265 miles |
| Battery (gross / usable) | ~85 kWh / ~81 kWh (NMC) |
| Drivetrain | Rear-Wheel Drive (single motor) |
| Horsepower / Torque | 416 hp / 443 lb-ft |
| 0–60 mph | 4.2 seconds (original) |
| Top Speed | 130 mph |
| DC Fast Charge (peak) | ~120 kW (V2 Supercharger) |
| Level 2 Charge Rate | Up to 20 kW (twin chargers) / 10 kW (single) |
| EPA Efficiency | 89 MPGe (38 kWh/100 mi) |
| Cargo Volume | 26.3 cu ft (rear) + 5.3 cu ft (frunk) |
| Original Base MSRP | ~$101,000 (before incentives) |
| Typical 2026 Used Price | $14,000–$24,000 |
| Battery Warranty (original) | 8 years / 125,000 miles (expired) |
Range Reality: What the 85 kWh Pack Delivers Today
Real-World Expectation in 2026: 170–210 miles depending on battery State of Health (SoH), driving style, and ambient temperature. Highway cruising at 75 mph typically yields 160–185 miles. Cold-weather driving (below 35°F) can drop usable range to 130–155 miles.
The P85's 85 kWh battery pack uses Panasonic NMC (nickel-manganese-cobalt) cells. When new, this was one of the largest consumer EV packs on the road. Over 11–13 years of calendar aging and charge cycles, degradation is the central ownership variable.
Based on owner-reported data from Tesla forums and third-party battery-tracking tools, a typical 2013 P85 at 100,000–140,000 miles retains roughly 70–82% of its original capacity. That translates to approximately 57–66 kWh of usable energy. Tesla's early NMC chemistry showed steeper degradation in the first 50,000 miles (often 8–12% loss), then a slower, more linear decline. Cars that were regularly charged to 100% and stored in hot climates tend to sit at the lower end of that range.
The P85 lacks a heat pump — it uses resistive cabin heating and a resistive battery heater. This means cold-weather range loss is substantial: expect 25–40% reduction in winter conditions, compounded by the energy draw of warming the cabin. If you live in a mild climate and commute under 80 miles round-trip, the remaining range is workable. For road trips, you'll be planning Supercharger stops every 140–170 miles.
Charging: Supercharger Access and Home Setup
The 2013 P85 uses Tesla's proprietary connector (the precursor to the modern NACS standard). It can access the Tesla Supercharger network natively — a significant advantage over similarly aged non-Tesla EVs reliant on aging CHAdeMO or early CCS infrastructure.
| Charging Method | Power (kW) | Rate / Time |
|---|---|---|
| Tesla Supercharger V2 (DC) | Up to ~120 kW peak | ~170 miles in 30 min; 10–80% in ~40–45 min |
| Tesla Supercharger V3/V4 (DC) | ~120 kW (car-limited) | Same as V2 — the car cannot accept V3's 250 kW |
| Level 2 (240V, twin onboard chargers) | 20 kW | ~58 miles per hour of charging |
| Level 2 (240V, single onboard charger) | 10 kW | ~29 miles per hour of charging |
| Level 1 (120V household) | ~1.4 kW | ~3–4 miles per hour |
A critical note on DC fast charging: the P85's charge curve is relatively flat from 10–50% SoC, holding near its peak ~120 kW, then tapers progressively above 70%. A 10–80% charge takes roughly 40–45 minutes at a V2 Supercharger. On newer V3/V4 stalls, the P85 is bottlenecked by its own hardware — it cannot accept more than ~120 kW regardless of the stall's capability.
For home charging, the twin-charger option (20 kW AC) was a $3,600 upgrade when new. If the car has twin chargers, a 60-amp Level 2 circuit can replenish the pack in roughly 4.5 hours from empty. Single-charger cars need about 9 hours. Most owners install a Tesla Wall Connector or a quality 40-amp J1772 station with a Tesla adapter, which delivers 9.6 kW — adequate for overnight replenishment. According to fueleconomy.gov, a full home charge at the national average electricity rate of ~$0.17/kWh costs approximately $13.75 for the P85's usable capacity.
Performance and Driving Dynamics
The P85's rear-axle induction motor produces 416 horsepower and 443 lb-ft of torque, available instantly from zero RPM. The original 0–60 mph time of 4.2 seconds still holds up as genuinely quick. Even with battery degradation reducing peak power output slightly (typically 3–8% at moderate SoH loss), the P85 remains a rapid car in daily driving.
As a single-motor RWD car, the P85 is tail-happy in wet conditions — the instant torque and heavy rear axle (the battery sits low and rear-biased) demand respect. Traction control is effective but cannot fully overcome physics on snow or ice. This is not the car for unplowed mountain passes; the later dual-motor P85D (introduced late 2014) solved this with all-wheel drive.
Ride quality is firm but compliant, aided by the standard air suspension (a feature that became problematic on many early cars — more on that below). Steering is precise, with a well-weighted hydraulic feel that some enthusiasts prefer over the electric racks in newer EVs. NVH (noise, vibration, harshness) was class-leading in 2013 and remains acceptable, though wind noise around the frameless windows is noticeable above 70 mph.
Tech, Interior, and Ownership Realities
The 2013 P85's 17-inch center touchscreen was revolutionary at launch. In 2026, it shows its age. The MCU1 (Media Control Unit) hardware is sluggish by modern standards, and the navigation maps are outdated unless the car received the MCU2 upgrade (a ~$2,000 service-center retrofit that some owners pursued). Over-the-air updates largely stopped for MCU1-equipped cars years ago, meaning the P85 will not receive new software features.
Driver-assistance technology is essentially nonexistent by current standards. The 2013 P85 predates Tesla's Autopilot hardware suite (introduced September 2014). There is no adaptive cruise control, no lane-keeping, no automatic emergency braking. You get standard cruise control, parking sensors, and a backup camera. This is a car you drive, not a car that drives for you.
Interior space remains a strong point. The Model S platform offers generous rear legroom (35.4 inches) and a massive 26.3-cubic-foot rear cargo area with the seats up — more than many midsize SUVs. The front trunk (frunk) adds 5.3 cubic feet. With the rear seats folded, cargo capacity expands to approximately 58 cubic feet. Build quality on 2013 cars is inconsistent: panel gaps, creaking trim, and premature seat-bolster wear are common complaints on higher-mileage examples.
Key ownership considerations specific to the 2013 P85:
- Air suspension failure: The early air struts are a known failure point, with replacement running $2,500–$4,000 per axle. Many surviving cars have already had this work done or have been converted to coil springs.
- Drive unit (motor) replacement: Early large-drive-unit failures were common enough that Tesla extended coverage. At 10+ years, out-of-warranty replacement runs $5,000–$8,000.
- 12V battery: Like all EVs, the P85 has a conventional 12V battery powering accessories. It typically lasts 3–5 years and is inexpensive to replace.
- Door handles: The retractable door handles are a frequent failure item. Replacement is ~$500–$800 per handle.
Pricing, Tax Credits, and Total Cost
| Cost Factor | Details |
|---|---|
| Typical Used Price (2026) | $14,000–$24,000 depending on mileage, SoH, and condition |
| Federal Used EV Tax Credit (§25E) | Up to $4,000 (30% of sale price, capped at $4,000) |
| §25E Eligibility Requirements | Sale price ≤ $25,000; buyer income ≤ $75K single / $150K joint; purchased from a licensed dealer; model year at least 2 years older than current year |
| New EV Credit (§30D) | Not eligible — applies to new vehicles only |
| Effective Price After Credit | As low as ~$10,000–$20,000 for qualifying buyers |
The 2013 P85 does not qualify for the §30D new-vehicle federal tax credit — that applies exclusively to new EV purchases with current MSRP, income, and battery-sourcing requirements. However, it can qualify for the §25E used clean vehicle credit. This credit provides 30% of the sale price up to $4,000, but the vehicle must sell for $25,000 or less, must be purchased from a licensed dealer (not a private party), and the buyer must fall under income caps ($75,000 single / $112,500 head of household / $150,000 joint). Given the P85's current market pricing, many examples fall under the $25,000 cap, making this credit accessible to income-eligible buyers. Always verify current rules with a tax professional and the IRS §25E page.
Total cost of ownership requires honest budgeting. Insurance averages $1,800–$2,800 annually (higher than comparable gas sedans due to repair costs). Electricity for 12,000 miles of driving at $0.17/kWh and 38 kWh/100 mi runs roughly $775/year. Budget $2,000–$4,000 annually for maintenance and repairs on a car of this age — the savings from having no oil changes or transmission service are real but are offset by the aging air suspension, cooling system, and electronics.
Pros and Cons
Pros
- Still genuinely quick — 416 hp and instant torque
- Native Tesla Supercharger access (proprietary connector, no adapter needed)
- Massive cargo space (26.3 cu ft rear + frunk)
- Low used purchase price — potentially under $15K after §25E credit
- Low center of gravity, composed handling
- Strong enthusiast community and aftermarket support
Cons
- Battery degradation limits range to 170–210 miles (often less)
- No Autopilot, no ADAS — basic driver assists only
- MCU1 infotainment is slow and no longer receives OTA updates
- Air suspension and drive unit failures are expensive out of warranty
- RWD only — poor traction in snow/ice
- Original battery warranty (8 yr/125K mi) has expired on all examples
- No DC fast charging above ~120 kW — slow by modern standards
Who Should Buy the 2013 Tesla P85?
Buy the P85 if: You want a fast, spacious EV for under $20K with Supercharger access, you live in a mild climate, your daily commute is under 80 miles, and you're comfortable budgeting $2K–$4K/year for potential repairs. It suits an enthusiast who appreciates the car's historical significance and can tolerate its aging tech.
Skip the P85 if: You need reliable daily range above 220 miles, you live in a cold climate, you want modern driver-assistance features, you need a warranty-backed battery, or you cannot absorb an unexpected $5,000+ repair bill. In those cases, a newer used Model 3, Chevrolet Bolt EV, or Hyundai Kona Electric will serve you better.
Frequently Asked Questions
What is the real-world range of a 2013 Tesla P85 today?
Expect 170–210 miles in moderate temperatures at mixed driving speeds, depending on battery State of Health. Highway driving at 75 mph typically yields 160–185 miles. In cold weather (below 35°F), range can drop to 130–155 miles due to resistive heating and battery chemistry limitations.
How fast does the P85 charge at Superchargers and at home?
At a Tesla V2 Supercharger, the P85 peaks at approximately 120 kW, achieving a 10–80% charge in roughly 40–45 minutes. It cannot take advantage of V3/V4 stalls' higher speeds. At home on a 240V Level 2 charger, expect 29 miles/hour (single charger) or 58 miles/hour (twin chargers). A full overnight charge is easily achievable.
Does the 2013 P85 qualify for any federal EV tax credit?
It does not qualify for the §30D new-vehicle credit. It can qualify for the §25E used-EV credit (up to $4,000) if the sale price is $25,000 or less, the buyer meets income caps, and the purchase is through a licensed dealer. Verify eligibility with the IRS or a tax professional before purchasing.
Is the 2013 P85 worth buying versus other used EVs?
It depends on your priorities. The P85 offers more space, performance, and Supercharger access than a similarly priced used Nissan Leaf or Chevrolet Bolt EV. However, those cars typically have less degradation risk (smaller packs, newer chemistry), lower repair costs, and in the Bolt's case, a newer design. If range reliability and low maintenance cost are paramount, a 2019+ Bolt EV or 2018+ Model 3 is a safer bet. If you want a fast, spacious pioneer with Supercharger access and accept the risk, the P85 is compelling at its current prices.
What is the biggest risk in buying a 2013 P85?
Battery replacement cost is the single largest financial risk. An out-of-warranty 85 kWh pack replacement can cost $12,000–$20,000+ through Tesla or third-party shops. Before purchasing, request a battery health reading (accessible through the car's service menu or a Tesla service center) showing current capacity in kWh. A pack retaining less than 65% of original capacity (~52 kWh usable) is a significant red flag.
Can the P85 use CCS or NACS chargers?
The 2013 P85 uses Tesla's proprietary connector, which is the direct predecessor of NACS. It connects natively to all Tesla Superchargers and Tesla Destination Chargers. It cannot use CCS stations without an adapter, and Tesla's official CCS adapter is only supported on newer vehicles with updated firmware. CHAdeMO adapters existed for early Model S cars but are rare and unreliable.
Does the 2013 P85 have Autopilot or any self-driving capability?
No. The 2013 P85 predates Tesla's Autopilot hardware (introduced September 2014). It has no adaptive cruise control, lane-keeping, or automatic emergency braking. This is a fully manual driving experience with only basic cruise control and parking sensors. It is an SAE Level 0 vehicle for longitudinal control and has no lateral driver assistance.
