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2025 Tesla Model Y Long Range RWD (Juniper) 78 kWh 335 hp Battery, Horsepower, Range

The sweet spot of the Juniper range, if you ask most owners. 220 kW (299 hp) rear motor, 75 kWh NMC battery, 622 km (387 mi) WLTP — the longest range in the entire Model Y lineup. DC charging hits 250 kW, so a 10–80% stop takes around 27 minutes. 0–100 km/h (62 mph) in 5.6 sec. No front motor keeps efficiency solid — real-world combined sits around 470 km (292 mi). If you drive long distances but don't need AWD, this is the one. Looking for all-wheel drive? See the LR AWD page → or the Performance AWD page →. On a tighter budget? Check the base RWD page →.

Alex · EVspecsHub
Alex · EVspecsHub
EV owner since 2021 • Last updated: March 28, 2026

Tesla Model Y

Long Range RWD (Juniper) |  2025–

Front three‑quarter view of 2025 Tesla Model Y in Midnight Silver, dual‑motor AWD, extended range
battery capacity
Capacity
range –
Range
power output
Power
acceleration
Acceleration
78 kWh
605 km

250 kW

5.3 s

Technical Data & Performance

Model Years2025–present
Trim (Variant)Model Y - Long Range RWD (Juniper)
Power (Horsepower)250 kW (335 hp)
Top Speed217 km/h (135 mph)
Torque440 Nm (325 lb-ft)
Acceleration5.3 sec (0–100 km/h)
5.3 sec (0–62 mph)
DriveRWD Rear-wheel drive
Motor detailsSingle — rear Permanent Magnet

Battery & Charging

Battery Capacity & Size75 kWh usable,
78 kWh gross
Max Range605 km (376 mi) / WLTP
514 km (319 mi) / EPA
565 km (351 mi) / CLTC
Consumption14.4 kWh/100 km
Battery TypeLithium-ion
Cell Format / SupplierNMC (LG M50)
Battery Voltage345 V
V2L SupportedNo
Heat pumpYes
AC Home ChargingType2 / 1-phase - 7.4 kW (Max Power)
Type2 / 3-phase - 11 kW (Max Power)
DC Fast ChargingCCS2, 250 kW (Max Power)
25 min. (10–80%)
Charging UpdatesSupercharger V3/V4 compatible: max peak 250 kW (NMC battery allows higher sustained rates; ~150–200 kW average during fast charge)

Dimensions & Body

Type5 door, Touring SUV
Seating capacity5
Length4790 mm (188.6 in)
Width1982 mm (78.0 in)
Height1624 mm (63.9 in)
Wheelbase2890 mm (113.8 in)
Ground Clearance167 mm (6.6 in)
Curb weight2005 kg (4420 lb)
Gross weight2500 kg (5512 lb)
Trunk Volume854 L (30.2 ft³)
2138 L (75.5 ft³) max
TowingUnbraked: 750 kg (1653 lb), Braked: 1600 kg (3527 lb)
Drag Coefficient0.22
PlatformTesla 3/Y (Juniper revision)
Estimated Market Price
* for reference only
EUR 46,000 / USD 44,990

⚠️ Please note: actual vehicle specifications may vary depending on market, trim level, or available regional packages.

Tesla Model Y Long Range RWD 2025 Juniper
EVspecsHub Score — Tesla Model Y Long Range RWD 75 kWh (2025 Juniper)
Independent rating vs all passenger EVs on sale 2025–2026
EVspecsHub.com
Range
622 km WLTP · NMC 78.1 kWh gross · 19" wheels
622 km · 600–699 km band → 8.0 · above avg segment
8.0
good
Battery
~75 kWh usable · NMC · 400V · no V2G
75 kWh usable · 70–79 kWh band → 6.0 · 400V (no 800V bonus)
6.0
avg
Charging
250 kW DC max · 400V · no V2L/V2H/V2G
250 kW → 7.0 · 250–299 kW band · 400V (no bonus) · no V2X
7.0
good
Performance & Dynamics
0–100 km/h · 5.6 s · 220 kW · RWD
5.6 s → 7.0 + RWD +0 = 7.0
7.0
good
Efficiency
14.2 kWh/100 km WLTP · segment-leading for LR RWD
14.2 kWh/100 km · 14.0–14.9 band → 7.0
7.0
good
Cargo
854 L boot · 117 L frunk · 971 L combined
971 L combined · 800–949 L band → 8.0 · vs Ioniq 5: 527 L
8.0
good
Value
£48,990 · ~€57,300 · €92.1/km · $98.8/km WLTP
€92.1/km · $98.8/km · €90–109/km band → 6.0 · 23% above avg €75/km
6.0
avg

Verdict: The Long Range RWD is the sweet spot of the 2025 Model Y lineup — and the numbers back it up. 622 km WLTP earns a solid 8.0 for Range, every single other criterion lands at 6.0 or above, and that single motor keeps efficiency at a genuine 7.0 (14.2 kWh/100 km). No AWD complexity, no 21" wheel tax. Value moves to 6.0 under the updated scale — at €92.1/km it's average for the segment, not a bargain, but owners in forum threads consistently call this trim the best daily-use balance in the range, and from what I've seen, that reputation is earned.

© EVspecsHub.com · All passenger EVs 2025–2026 · March 2026 · Methodology v6.7

7.0
out of 10
EVspecsHub Score
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▸ Score data table (methodology v6.7)
Tesla Model Y Long Range RWD 75 kWh (2025 Juniper) — EVspecsHub Score v6.7. Range: 622 km WLTP → 8.0 (600–699 km band). Battery: 75 kWh usable NMC, 400V → 6.0 (70–79 kWh band, no 800V bonus). Charging: 250 kW → 7.0 (250–299 kW band), no V2x bonus. Performance: 5.6 s → 7.0, RWD (no AWD bonus). Efficiency: 14.2 kWh/100 km → 7.0 (14.0–14.9 band). Cargo: 971 L combined (854+117) → 8.0 (800–949 L band). Value: £48,990 / ~€57,300 / 622 km = €92.1/km → 6.0 (€90–109/km band). Rate: 1 GBP = 1.17 EUR, March 2026. EVspecsHub.com.
CriterionScoreKey data10/10 =
Range8.0622 km WLTP · 600–699 km band800+ km
Battery6.0~75 kWh usable · NMC · 400V (no bonus) · 70–79 kWh band110+ kWh
Charging7.0250 kW DC · 400V · no V2L/V2H/V2G · 250–299 kW band400+ kW
Performance & Dynamics7.05.6 s → 7.0 + RWD +0 = 7.0 · 220 kWsub-3s AWD
Efficiency7.014.2 kWh/100 km WLTP · 14.0–14.9 band<12 kWh/100 km
Cargo8.0971 L combined (854 boot + 117 frunk) · 800–949 L band1100+ L
Value6.0£48,990 · ~€57,300 · €92.1/km · $98.8/km · €90–109/km band<€45/km
Overall7.0 / 10EVspecsHub Score v6.7 · EVspecsHub.com · March 2026

Tesla Model Y Long Range RWD 2025 (Juniper): The Single-Motor Story Tesla Doesn't Tell You

622 km WLTP. 357 miles EPA. 250 kW DC. 75 kWh usable. The Long Range RWD Juniper is the range leader of the entire Model Y lineup — and by a margin that catches people off guard. I went through owner forum threads, real-world efficiency logs, and cell chemistry discussions to figure out what's actually happening under the skin here.

Before anything else: the LR RWD and LR AWD Juniper use the same 75 kWh usable pack. Same cells. But the RWD rates 30 miles (48 km) higher on EPA than the AWD, and owners are backing that up with real data. No front motor drag, lighter car, the same brake-by-wire efficiency gains as the rest of the Juniper range. Those things add up more than you'd expect.

1 Battery Pack — One Motor, Same 75 kWh, Completely Different Efficiency EU · LG NMC · ~78.4 kWh gross US · Panasonic NCA · ~80 kWh gross

Tesla doesn't publish gross capacity anywhere. EU cars from Giga Shanghai use LG NMC 2170 cells, pack reference LG M50, gross capacity around 78.4 kWh from Chinese certification documents. US cars from Fremont run Panasonic NCA 2170, gross around 80–81 kWh confirmed through owner OBD sessions. Both show 75 kWh usable on the touchscreen. Pack chemistry and cell chemistry are identical between the LR RWD and LR AWD — the motor count is what changes everything on the range side.

Pack and motor specs — OBD logs, certification documents, owner data

ParameterEU / Global (Shanghai)US (Fremont)
Cell supplierLG Energy Solution, Nanjing — NMC 2170Panasonic, Gigafactory Nevada — NCA 2170
Gross pack capacity~78.4 kWh~80–81 kWh
Usable capacity75 kWh (BMS-protected)75 kWh (BMS-protected)
Pack config96s46p · ~357 V nominal · 400 V architecture
Cell format2170 cylindrical — 21 mm × 70 mm
MotorSingle rear permanent magnet synchronous (3D6 unit)
Motor output220 kW (299 hp) / 420 Nm (310 lb-ft)
0–100 km/h (0–62 mph)5.6 sec
Top speed201 km/h (125 mph)
Kerb weight~1,901 kg (4,191 lb) — ~75 kg lighter than AWD
Daily charge limit (NMC/NCA)80% recommended · 100% only before long trips

The weight difference matters here. The LR RWD is around 75 kg (165 lb) lighter than the AWD because there's no front motor and no front drive unit. That weight saving shows up on every highway run. One owner in a forum thread who came from a 2024 LR AWD was direct about it: "I switched specifically for the range, and it absolutely delivers. 235 Wh/mile lifetime average on mostly highway at 75–85 mph. I was at 265 on my old AWD doing the same routes."

Pack chemistry check: US — if you got the $7,500 federal tax credit on purchase, you have Panasonic NCA. Controls → Software → Additional Vehicle Information may show chemistry directly. EU — CoC document lists pack designation. NCA charge inflection is around 55% average SoC; NMC is around 60%. Below those numbers is where calendar degradation meaningfully slows down.
This is NMC/NCA — not LFP. The LR RWD Juniper runs nickel-based cells, not LFP. Keep daily charge limit at 80%. Do not charge to 100% routinely. The Standard RWD (base trim) uses LFP and works differently. If your charge limit slider shows a "Trip" label above 80% — you have NMC or NCA, and those labels exist for a reason.

2 DC Charging — 250 kW Peak and the Preconditioning Rule Everyone Learns the Hard Way EU · CCS2 US · NACS

The LR RWD charges at the same 250 kW peak as the LR AWD — same pack, same charging hardware. Average across 10–80% sits around 124 kW, giving approximately 27 minutes for that window on a V3 Supercharger with a warm battery. That's roughly 200 km (125 mi) of range added in 27 minutes.

The preconditioning rule catches first-time owners reliably. If you navigate to a Supercharger before leaving, the car warms the battery on the way. If you just drive there without routing, nothing happens. In cold weather (-10°C / 14°F), that difference is arriving at 230+ kW versus arriving at 80–100 kW with a cold pack. Always navigate to the charger as a destination.

DC Charging Curve — Model Y LR RWD 2025 (Juniper) V3 Supercharger · warm preconditioned battery · NMC/NCA 2170

EVspecsHub.com

75 kWh usable · battery above 20°C · cold battery caps at ~80–100 kW · EU CCS2 / US NACS · same curve as LR AWD (identical pack)

Based on owner-logged Supercharger sessions. LR RWD and LR AWD share identical pack hardware — charge curves are the same. The range advantage comes from single-motor efficiency, not faster charging.

Tesla Model Y LR RWD Juniper 2025 — DC Charging Power by SOC

V3 Supercharger · warm preconditioned battery · owner-logged sessions

SOCPower (kW)Notes
5%~190 kWRamp-up from low SoC
10%~235 kWApproaching peak
20%~248 kWPeak window — warm, preconditioned pack
30%~220 kWStrong but tapering
40%~190 kWContinued step-down
50%~160 kWMid-range taper
60%~125 kWNoticeable drop
70%~85 kWTaper continues
80%~50 kWTypical road-trip stop point
90%~25 kWBMS protecting cells near full
100%~8 kWNot recommended at DC — NMC/NCA pack

Cold battery (<15°C / 59°F) caps at ~80–100 kW · Navigate to Supercharger to activate preconditioning · Identical curve to LR AWD — same pack hardware

EVspecsHub.com

AC Home Charging

On-board AC charger: 11 kW (3-phase, EU) / 11.5 kW (US NACS). Full 0–100% on 11 kW wallbox: ~8.5 hours. On 7.4 kW single-phase (common UK and parts of Europe): ~12 hours. On 240V Level 2 at 48A (US): ~10 hours.

3 Real-World Range — Why RWD Gets 30 Miles More EPA Than AWD EU · WLTP 622 km US · EPA 357 mi

The EPA figure for the LR RWD Juniper is 357 miles (575 km). The LR AWD is 326 miles (525 km). That 31-mile gap on the same 75 kWh pack comes entirely from single-motor efficiency and the weight saving from removing the front drive unit. No front motor drag at cruise, no front motor spinning during coasting, ~75 kg less mass to carry.

Owners are validating this on real roads. One owner who did a 302-mile trip from Virginia to the Outer Banks with a 100% charge arrived with 17% remaining — which extrapolates to about 360 miles from full to empty under those conditions. Another owner averaging 235 Wh/mile lifetime on mixed highway driving notes his old AWD was at 265 Wh/mile on identical routes. That efficiency gap is real and consistent.

The EPA figure on the touchscreen will show lower than 357 miles. At 100% charge, most owners see 320–340 miles on the display. Tesla uses a BMS-adjusted estimate in the UI, not the EPA maximum. Not a bug, not degradation — the car is conservative by design. Trust the energy screen over the estimated range number when planning a trip.

Real-World Range by Condition — Model Y LR RWD Juniper 2025

EVspecsHub.com

LG NMC / Panasonic NCA · 75 kWh usable · 19" Gemini wheels · EU + US owner-logged data

WLTP official (EU · 19")
622 km 387 mi
EPA official (US · 19")
574 km 357 mi
City / mixed, mild weather
510–550 km 317–342 mi
Motorway 110 km/h · 70 mph
450–490 km 280–305 mi
Motorway 120 km/h · 75–80 mph
400–430 km 249–267 mi
Cold -2°C to -10°C · heat pump on
395–430 km 245–267 mi
Extreme cold below -15°C (5°F)
~335–370 km ~208–230 mi

Owner-logged data · EU cold: EVDB cold-highway modelling and Nordic owner reports · US cold: owner forum threads from Michigan, Minnesota, New England · Actual range varies with driving style, HVAC load, and tyre spec.

4 Single Motor in Practice — What Changes Without the Front Motor

Most people ask whether they'll miss the second motor. After going through a lot of owner threads where people switched from AWD to RWD or tested both back-to-back, the honest summary is: for highway driving and daily commuting, you won't notice. In snow or wet conditions, you will.

One owner who made the switch from a 2021 LR AWD to the Juniper RWD posted a summary after a month: "Identical to the dual motor in every way except at highway speeds the steering feels slightly less planted. Autopilot fixes that completely. And the range is genuinely better. Don't miss the front motor at all — except I live in Florida."

RWD steering feel: The lighter front end improves steering precision and cornering response on clear dry roads. Without the front motor mass, the front wheels are more responsive — owners describe it as "lighter and more direct." On motorway cruising with Autopilot, there's no difference at all between RWD and AWD.
Snow and ice: The AWD front motor doesn't engage most of the time — owner data from ScanMyTesla shows the front motor only activates under wheel slip, hard acceleration from standstill, and regenerative braking. But in proper winter conditions, that activation makes a real difference. If you're in a climate with regular snow and ice, winter tyres help either drivetrain, but AWD is a meaningful safety advantage.

The regen question comes up a lot. Without a front motor, you lose the front motor's contribution to regenerative braking. In practice, owners report slightly less regen deceleration feel — and a minor tendency to use the friction brake slightly more often than on AWD. The brake-by-wire system in the Juniper handles the blending well, but it's worth knowing heading in.

5 Heat Pump, V2L, CarPlay and the Questions Nobody Answers EU · Juniper US · Juniper

Heat Pump — Standard, Check Your SuperManifold Version

Standard on all LR RWD Juniper builds. The upgraded SuperManifold V2 is rolling out gradually — early 2025 builds may have V1. Check Controls → Software → Additional Vehicle Information to confirm which version you have. The V2 improves cooling capacity at low ambient temperatures and runs quieter after warmup. Owners in cold climates report 10–15% less energy drawn for cabin heat in freezing conditions versus pre-Juniper Model Y, thanks to the updated system.

Battery Preconditioning

Same as all Junipers: activates automatically when you navigate to a Supercharger. Does nothing if you drive there without it as a destination. In winter this is the difference between arriving at 230 kW and arriving at 80 kW. Precondition also works on scheduled departure from home while plugged in — setting departure time in the app warms the battery and cabin simultaneously, with no range hit from the warm-up process.

V2L / V2H — Not on This Trim

No bidirectional charging on the LR RWD. The updated Model Y Performance is the first Model Y with V2L and V2H. No OTA path announced for LR RWD. The question comes up in every Juniper forum thread. The answer for this trim is no.

Apple CarPlay / Android Auto

Not available. Tesla's OS only. The 15.4" touchscreen and the rear 8" passenger screen both run Tesla's own software. No exceptions. This is unchanged from every other Model Y and comes up after every delivery wave.

Turn Signal Stalk — Back on the Juniper

Unlike the Model 3 Highland, the Juniper Model Y keeps the traditional turn signal stalk. Tesla explicitly kept it here, likely because of the loud owner reaction to stalk removal on the Model 3. If physical stalks matter to you, the Juniper Y has them. The Model 3 Highland 2024 builds don't — stalks only returned there in 2025 production.

Passenger Seat Height Adjustment

A detail that gets flagged consistently in owner forums: the front passenger seat has no height adjustment — only forward/back and recline. The driver's seat has full adjustment. Taller passengers in the front right often notice this. It's not unique to the RWD trim, it's the same on all Juniper variants, but worth knowing before delivery day.

📋 Full technical specifications — all Model Y Juniper variants:

Note: Gross capacity from Chinese certification documents and owner OBD sessions — Tesla doesn't publish gross capacity. Cell supplier identification from OBD diagnostics, CoC documents, and tax credit eligibility data. Range data from owner-logged sessions and forum efficiency threads (TMC, Tesla Owners Online). Cold-weather range modelled by EVDB (worst-case -10°C) and supplemented by Nordic and US northern-state owner reports. RWD vs AWD efficiency comparison based on owner-logged lifetime Wh/mile data. Data compiled as of March 2026.
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Frequently Asked Questions FAQ about the Tesla Model Y LR RWD Specs 2025 – 622 km / 386 mi, NMC | EVSpecsHub

About This Page

Specs and real-world data for the 2025 Tesla Model Y Juniper — pulled from official materials, press kits, owner forums, and independent tests. One place with accurate numbers, no marketing copy.

Author

I'm Alex. EVs have been a hobby for years — not as a journalist, just someone who finds this space genuinely interesting. I go through official releases, dig into owner threads, watch real-world tests, and bring the most accurate data into one place. If something's wrong, there's a contact link at the bottom of the page.

Last Updated

March 25, 2026

Sources: official Tesla materials, open public data, owner reports. Current as of the date above. Use as a reference — verify anything critical before acting on it.

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