2025 Skoda Elroq RS 84 kWh 340 hp Battery, Horsepower, Range

Skoda Elroq RS 2025 (MY25): The AWD Elroq That Stops More Than the 85 — And Why That's Fine

549 km WLTP. 250 kW combined. 185 kW DC. The fastest Skoda ever made — and also the one that, on a real motorway trip, stops for charge more often than the single-motor 85 despite having a bigger battery. That contradiction is the whole story of the RS. I went through owner reports, technical teardowns, and real efficiency logs from the first year. Here's what actually matters — especially the things that won't be in the brochure.

Quick context: the RS launched in April 2025 at Milan Design Week and went on sale summer 2025. It's relatively new — some owner data is still building. One important note: the MY26 update changes the RS battery and DC charging spec — more on that in the MY26 section on this page. This block covers MY25 cars currently on the road.

1 Battery & Motor Chemistry — NMC, PMSM + ASM, and Why the Mix Matters NMC · 84 kWh gross · PMSM rear + ASM front

Short answer: the Elroq RS MY25 uses NMC (Nickel Manganese Cobalt) chemistry. There is no LFP version of the RS. But the RS has something no other Elroq has: two physically different types of motor. The rear is an APP550 permanent magnet synchronous motor (PMSM). The front is an asynchronous induction motor (ASM). Skoda doesn't explain this anywhere in consumer-facing material — and understanding it tells you a lot about how the RS actually behaves. Figures valid for cars built from launch through MY26 production cutover (mid-2026).

The practical effect: at motorway cruise, the RS runs as a rear-wheel-drive car. The front ASM is fully disengaged — contributing zero drag, zero consumption. It only engages when the rear wheels lose traction, or when you accelerate hard enough to demand front axle contribution. A twin-PMSM setup would create constant magnetic drag from both axles at all speeds — worse efficiency at cruise. The PMSM+ASM combination is used across all VW Group MEB AWD vehicles for this reason, but Skoda doesn't explain it anywhere a buyer would look.

2 Pack & Powertrain — 84/79 kWh, Two Different Motor Technologies 84 kWh gross · APP550 rear · ASM front · AWD

84 kWh gross, 79 kWh usable — the largest pack in the MY25 Elroq range, 2 kWh gross more than the 85's 82 kWh. The BMS holds a 5 kWh buffer (6.0%). Combined output is 250 kW (340 hp) and 679 Nm — the fastest production Skoda ever made. Ground clearance drops to 170 mm, 16 mm lower than every other Elroq. DCC adaptive dampers are standard here, optional everywhere else. The wheelbase is 4 mm longer than RWD variants — the front motor hardware physically takes more space.

3 DC Charging — 185 kW and the AWD Thermal Effect NMC · 185 kW peak · 26 min 10–80% · MY25

185 kW is the highest DC peak in the MY25 Elroq range — the RS kept the original cell spec that the single-motor 85 lost in June 2025. The peak window runs from low SoC through roughly 25–30% on a warm preconditioned battery. At 10–80% in 26 minutes, the RS is two minutes faster than the 85 despite filling more capacity — the higher peak makes up the difference.

One thing specific to the RS that doesn't appear in any documentation: battery thermal load after a hard run. The AWD system distributes energy across two motors and the battery can run hotter after sustained full-power driving than on the 85. Several owners noted charging speed was slightly lower after a brisk mountain pass or spirited motorway run — the BMS managing cell temperature cautiously on a warm battery arriving at a charger. It's not a fault. It's the physics of running 250 kW through a 79 kWh pack. Give it five minutes parked before plugging in if you've been driving hard.

AC Charging at Home

On-board AC charger: 11 kW (3-phase). Full 0–100% on an 11 kW wallbox: around 8 hours. On 7.4 kW single-phase: about 12 hours. Same as the 85 — 79 kWh is a large pack, plan accordingly on a single-phase home install.

4 Real-World Range — The AWD Efficiency Trade-Off Explained 79 kWh · AWD · APP550 + ASM

549 km WLTP (341 mi) — less than the single-motor 85's 574 km, despite 2 kWh more usable capacity. That gap comes entirely from AWD weight and drivetrain losses. The RS is around 100–90 kg heavier than the 85, and even with the ASM front motor fully decoupled at cruise, the additional mass and front axle hardware cost efficiency.

In real-world driving, owners averaged around 3.4 mi/kWh versus the 85's 3.8 mi/kWh — a consistent gap in matched conditions. That still gives 269 miles (433 km) from a full charge in mild mixed driving, which is fine. But on a sustained 120 km/h motorway run in mild weather, the RS delivers roughly 390–420 km versus the 85's 430–460 km. The bigger battery doesn't fully compensate. One summer test session on fast country roads returned 20 kWh/100 km — 460–480 km realistic range in those conditions — the best case for spirited driving. At 80% charge — the NMC daily recommended limit — plan on ~63.2 kWh and around 439 km WLTP equivalent.

5 Cargo, Ground Clearance & What's Actually Different 470 L boot · 170 mm clearance · staggered tyres

Same body as all Elroqs — 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). No frunk in MY25 — the 21 L frunk with gas struts arrives with the MY26 update across all Elroq variants. What's different from every other Elroq is underneath and around the car.

Ground clearance drops to 170 mm — 16 mm lower than the standard Elroq's 186 mm. That's the combination of lowered sport suspension (15 mm front / 10 mm rear) and the standard 20" wheels. Owners with steep driveways, high parking kerbs, or aggressive speed bumps noticed this quickly. A few also noted catching the front splitter on steep supermarket ramp entries. Check your daily environment before ordering if you regularly navigate tight urban terrain.

One interior detail specific to RS owners: the microsuede dashboard is premium and looks genuinely good, but shows scuff marks from hands and sleeve contact after a few months. More of a maintenance consideration than a fault — a soft cloth wipe brings it back — but it comes up enough in forum threads to mention.

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

Heat Pump

Still not standard on the most expensive Elroq. From £46,560 in the UK — and the heat pump is a £1,100 option. Without it, the RS — heaviest Elroq, largest pack — burns the most energy on cabin heating in cold conditions. The winter range gap between 300–330 km and 350–380 km is real. Use the R744 sticker check in the engine bay to confirm it was actually fitted on your delivery.

V2L — Not Available MY25, Status for MY26 Unclear

V2L is not available on the MY25 Elroq RS. The MY26 update confirms V2L for the standard Elroq 85 RWD — but the official MY26 press release does not explicitly confirm V2L for the RS. Given the RS uses the same updated platform, it's reasonable to expect it — but I won't confirm it until Skoda publishes full RS MY26 specs. This section will be updated. For now: MY25 RS has no V2L in any form.

DCC Adaptive Dampers — Standard Here, Optional Everywhere Else

This is the RS's most underrated spec advantage. 15 adjustable stages, standard fit. On other Elroq trims, DCC is an option most owners don't spec — then they notice the ride quality on rough roads. The RS sits lower than every other Elroq, on larger wheels, and still rides better than an un-DCC'd SportLine 85 on broken surfaces. Multiple owners who drove both confirmed this. The combination of sport-lowered suspension and adaptive dampers is what makes the RS work as a daily car rather than just a track toy.

Battery Preconditioning

Standard on MY25 RS. Trigger manually from infotainment charging menu — no navigation destination required. On the RS especially: given the 79 kWh pack and the consequences of a cold start at 30 kW, this is the single most important charging habit. Always use it in winter before any DC stop.

Apple CarPlay / Android Auto

Wireless, standard. The RS adds a head-up display with augmented reality navigation as standard — optional on lower trims. Same 13-inch screen, same occasional wireless CarPlay drop, wired fallback available.

Other Things Owners Keep Asking About

• Towing capacity MY25: 1,200 kg (2,646 lb) braked / 750 kg (1,653 lb) unbraked — same as the 85. Tow bar factory option. Note: MY26 RS towing not yet confirmed — will update when full specs publish.
• One-pedal driving: B mode plus four regen levels via steering wheel paddles — the most adjustable regen in the Elroq range. Still no true one-pedal full stop on MY25 — friction brakes for the final halt. MY26 adds this.
• Glovebox RHD: Same as all Elroq variants — smaller than expected on right-hand drive builds due to conversion layout. Consistent forum note, first noticed on a real road trip.
• Mamba Green availability: RS-exclusive colour, not available on any other Elroq trim. Lead times at launch were longer than other RS colours — ask your dealer for current availability.
• Frunk — MY25 vs MY26: No frunk on any MY25 Elroq. MY26 adds 21 L with gas struts across all variants including RS.

7 Wheels, Staggered Tyres & What That Means for Winter 5×112 · CB 57.1 mm · staggered fitment · 10.8 m turning

The RS is the only Elroq with a staggered tyre setup — wider rears than fronts. This is a detail Skoda doesn't clearly highlight in the UK spec sheet, and it matters significantly for anyone buying winter wheels.

The staggered fitment is the critical winter wheels consideration. You can't use the wider rear tyre (255) on the front. If you want matching front and rear, you're sourcing a staggered winter set — or going equal-width at 19" spec where the difference is smaller. The 10.8 m turning circle versus 9.3 m on RWD Elroqs is the AWD front hardware physically taking more space. In tight urban parking, it's a real difference — factor it in if you have a narrow garage or use multi-storey car parks regularly.

📋 Full technical specifications — all Elroq variants:

Elroq 50 — specs

Elroq 60 — specs

Elroq 85 — specs

Elroq RS — specs

Note: Range figures based on owner-logged data and technical documentation from first-year RS ownership. Charging curve reconstructed from manufacturer technical data and MEB AWD platform behaviour — Skoda does not publish cell-level DC data for the RS. Motor types (APP550 PMSM rear, ASM front) cross-checked against official manufacturer documentation and VW Group MEB AWD implementations. MY26 battery change (84/79 → 82/77 kWh) and DC change (185 → 165 kW) confirmed from official Skoda MY26 press release dated 23 March 2026. Suspension drop, ground clearance, and brake specs from official RS chassis documentation. Wheel sizes from manufacturer technical specification data. Data compiled as of April 2026. Figures valid for MY25 cars.