2024 Skoda Elroq 50 55 kWh 170 hp Battery, Horsepower, Range

Skoda Elroq 50 2024 (MY25): The Entry EV That's Now Discontinued — And Still Worth Understanding

377 km WLTP. 145 kW DC peak. 52 kWh usable. NMC chemistry. The Elroq 50 was the entry point of the range — and as of early 2026, it's been discontinued in the UK and several European markets, with the 60 now being the starting point. If you're researching the 50, you're most likely considering a used purchase, or you're in a market where it's still available on old stock. Either way — the spec sheet doesn't tell you what cold weather does to range, why DC sessions start at 30 kW in January, or what the boot actually fits. I went through owner forum threads, charging logs, and real measurements. Here's what's missing.

1 Battery Chemistry — NMC, 52 kWh Usable, and What That Means Daily NMC · 55 kWh gross · 52 kWh usable

Short answer: the Elroq 50 uses NMC (Nickel Manganese Cobalt) chemistry throughout its production run. There is no LFP version of the 50 — the chemistry switch to LFP applies only to the Elroq 60 with the MY26 update. The 50 stays NMC from launch through discontinuation. Gross capacity is 55 kWh; usable is 52 kWh. Figures valid for cars built from June 2025.

The pack sits at a nominal ~350 V inside a 400 V architecture. Gross is 55 kWh — in press documentation but not on any consumer page. Usable is 52 kWh, with a ~3 kWh BMS buffer. Use 52 kWh for trip planning and charge cost calculations.

2 Battery Pack — 8 Modules, 55/52 kWh, APP310 55 kWh gross · NMC · APP310

Eight modules — one fewer than the 60's nine, three fewer than the 85's twelve. That's the primary reason the 50 is the lightest Elroq, and why the handling feels slightly more agile than the heavier 85 in tight conditions. The motor is the APP310 — same family as the 60 but producing 125 kW (170 hp) rather than 140 kW, with the same 310 Nm of torque. Skoda doesn't name the motor on any consumer page; owners on German forums confirmed it from the torque figure. The axle ratio is also different from the 60 and 85: 4.389 versus 3.895 — a taller reduction that sacrifices some efficiency at motorway speeds in exchange for better city torque response.

3 DC Charging — When 145 kW Actually Happens NMC · 145 kW peak · 25 min 10–80%

145 kW is the headline. Based on owner-logged sessions: that peak only shows up below roughly 20% SoC on a warm, preconditioned battery. After 20%, power steps down quickly. By 40–50% SoC, owners regularly log 55–65 kW even at 150 kW stations — and the charger is not the problem, the BMS is tapering to protect the cells. Average from 10–80% in good conditions: around 80–90 kW, which is still enough to cover 10–80% in the claimed 25 minutes. But the 145 kW headline does most of its work in the first few minutes.

One thing worth knowing for the 50 specifically: because the pack is smaller, the temptation to charge to 100% at every motorway stop is stronger. Based on forum threads, owners who consistently did that saw noticeably higher degradation in the first year than owners who charged to 80% and moved on. The 50's smaller pack means each full DC session is a bigger percentage stress on the cells than on the 60 or 85.

AC Charging at Home

On-board AC charger: 11 kW (3-phase). Full 0–100% on an 11 kW wallbox: roughly 5.5 hours — faster than the 60 and 85 simply because the pack is smaller. On a 7.4 kW single-phase supply: about 8.5 hours. For used 50 buyers who home-charge overnight, the smaller pack is an advantage here — a full charge completes easily within a standard overnight window even on single-phase.

4 Real-World Range — Owner Logs, Not Press Numbers 52 kWh · RWD · APP310

377 km WLTP (234 mi). Mixed city and suburban driving in mild weather gives around 290–320 km (180–199 mi) from a full charge — roughly 77–85% of WLTP, good for the class. Motorway at 110–120 km/h drops that to around 250–275 km (155–171 mi). The honest number I keep coming back to from owner logs: 3.0–3.3 mi/kWh on steady UK motorway runs, which works out to 155–170 mi (250–275 km) from 100%. At 80% charge — the recommended NMC daily limit — plan on ~41.6 kWh and roughly 302 km WLTP equivalent.

One thing my own observation from multiple forum threads made clear: the 50's smaller battery makes the range-per-stop calculation noticeably tighter than the 60 on motorway trips. The WLTP gap between 50 and 60 is 43 km — but the usable energy difference (52 vs 58 kWh) means real-world that gap is closer to 40–50 km per charge. On a 500 km drive, that's an extra stop. Worth factoring in before choosing the 50 over the 60 for anything beyond city use.

5 Cargo & Interior Dimensions — Measured, Not Estimated 470 L boot · no frunk

Same body as the 60 and 85 — 470 litres (16.6 cu ft) with seats up, 1,580 litres (55.8 cu ft) folded. Loading sill at 702 mm (27.6 in) — high, and dog owners bring this up constantly. The rear seats fold 60:40 but not flat: there's a ramp angle that makes sliding long rigid items awkward rather than simple. The ski hatch works well for this — pass-through for long narrow items without folding the full seat. No frunk on any MY25 Elroq, 50 included.

One practical note specific to 50 owners on tight budgets: the cable net under the parcel shelf is standard on base trims and consistently rated as one of the better practical touches. It beats an underfloor tray for daily cable access — but check your specific trim level as some base configurations have it as an option rather than standard.

6 Heat Pump, V2L, CarPlay and the Questions Nobody Answers MY25 specific

Heat Pump

Not standard — a paid option on all trims, around £1,000–£1,100 depending on market. On the 50, the case for it is stronger than on the 60 or 85: you're working with the smallest pack in the range, so the winter range difference between 180 km and 220 km is proportionally bigger. Owners above 48° latitude who bought without it and drove through a northern European winter are consistently clear about the regret. The R744 / R-1234YF refrigerant sticker check applies here too.

Battery Preconditioning

Available on MY25. Trigger manually from the infotainment charging menu — no navigation destination required. On the 50, with only 52 kWh to charge, arriving at a cold battery session at 15–30 kW instead of 90+ kW is a bigger relative hit than on the larger variants. Always use it in winter.

V2L / V2H

Not available. No socket, no adapter, no announced path. Platform-level limitation on the standard MEB architecture. If bidirectional charging matters, the Elroq is the wrong car.

Apple CarPlay / Android Auto

Both wireless, standard on all trims. The 13-inch screen connects without a cable. Occasional wireless drop requiring a reboot — wired fallback available. Most owners use CarPlay or Android Auto full-time.

Other Things Owners Keep Asking About

• Towing capacity: 1,000 kg (2,205 lb) braked at 12% / 750 kg (1,653 lb) unbraked. Same as the 60. Tow bar is a factory option.
• One-pedal driving: B mode increases regen but won't stop fully on regen alone — friction brakes engage for the final stop. Not true one-pedal.
• Charging port cover bug: Early 50 builds had the port cover latch freeze or jam in dirty/cold conditions. Lubricating the latch pin is the fix — worth checking on delivery in winter climates, and something to look at when buying used.
• DCC adaptive dampers: Optional. Standard suspension on 19" is fine for daily use. On 20" without DCC the ride gets noticeably firmer on rough roads.
• Rear USB ports: Two USB-C front standard. Rear ports from Edition trim up — entry buyers notice this quickly on the first longer trip.
• 50 vs 60 for used buyers: The 60 is now the entry Elroq. Used 50s will typically be priced lower — but factor in the smaller pack, more frequent DC stops on longer trips, and the NMC degradation risk from previous owners' charging habits.

7 Wheels, Tires & What Actually Fits 5×112 · CB 57.1 mm

Standard VAG 57.1 mm centre bore — wide aftermarket compatibility. On the 50, 19" is the clear practical choice: the range penalty from moving to 20" hurts more on a 52 kWh pack than on the 85. Stock 235/55R19 is also the most efficient option from the configurator.

📋 Full technical specifications — all Elroq variants:

Elroq 50 — specs

Elroq 60 — specs

Elroq 85 — specs

Elroq RS — specs

Note: Elroq 50 discontinued in the UK as of February 2026 — confirmed via manufacturer price list update. Range figures based on owner-logged driving data and forum reports across UK and central European owners. Charging curve reconstructed from real session logs — Skoda does not publish cell-level DC data. Cold-weather range based on owner winter reports. Battery chemistry (NMC throughout), pack structure (8 modules), and motor designation (APP310 · 125 kW) cross-checked against official manufacturer technical documentation. Interior dimensions verified against manufacturer specification data. Wheel specs cross-checked against manufacturer data and owner CoC documents. Degradation note based on early owner forum reports. Data compiled as of April 2026. Figures valid for cars built from June 2025.